CN104680456B - A kind of neck movement quantity monitoring method - Google Patents
A kind of neck movement quantity monitoring method Download PDFInfo
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- CN104680456B CN104680456B CN201310631097.1A CN201310631097A CN104680456B CN 104680456 B CN104680456 B CN 104680456B CN 201310631097 A CN201310631097 A CN 201310631097A CN 104680456 B CN104680456 B CN 104680456B
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Abstract
The invention discloses a kind of necks to move quantity monitoring method, wherein, gyro sensor acquires angular velocity data, microcontroller obtains neck movement intensity data according to the angular velocity data, microcontroller obtains temporal information by clock module, neck movement intensity data and temporal information are sent to mobile phone by the microcontroller later, the geographical location information server for being obtained neck movement intensity data, temporal information and the mobile phone by mobile phone, the server preserves above- mentioned information, the mean motion frequency information for calculating user, to enable mobile phone send out prompt message.The management method passes through data transmission between harvester, mobile phone and server and data statistics, it allows users to intuitively obtain the information such as neck movement amount, and user is reminded to reinforce or keep neck movement amount, simultaneously, user can understand the amount of exercise of neck and the health status of neck at any time, to play the role of good neck health care and disease prevention.
Description
Technical field
The present invention relates to health management domains more particularly to a kind of neck to move quantity monitoring method.
Background technology
With the development of the society, people’s lives rhythm is getting faster, for the working clan of the industries such as IT, due to people
Body works before being sitting in computer for a long time so that and neck bears larger burden, especially when people concentrate one's energy to devote oneself to work,
Neck cannot get activity for a long time, if things go on like this, is easy to cause cervical vertebra, shoulder etc. and slight illness occurs.According to existing common sense, people
The method that a variety of movable necks can be obtained on the internet, but these methods need people actively go to adopt, move,
In nervous work, people are difficult to ensure actively removes movable neck at regular intervals, in the prior art, generally use neck
The body-building equipments such as portion's exerciser, exercising machine massage neck, physical therapy, and this mode needs that user is spontaneous, progress of active
Take exercise, it is difficult to adhere to for a long time, when user using timed reminding take exercise by the way of, then regardless of user during timing whether into
Row movement, can all put prompting at a fixed time, it is difficult to realize the validity of prompting function, meanwhile, user can not understand neck
Amount of exercise and neck health status, neck health care and disease prevention cannot be played the role of.
Invention content
The technical problem to be solved in the present invention is, in view of the deficiencies of the prior art, provides a kind of neck amount of exercise
Monitoring method, the management method pass through data transmission between harvester, mobile phone and server and data statistics so that user
The information such as neck movement amount can be intuitively obtained, realize having access to, count and recording to above- mentioned information, and user is reminded to reinforce
Or keep neck movement amount.
In order to solve the above technical problems, the present invention adopts the following technical scheme that.
A kind of neck movement quantity monitoring method comprising following steps：Step S1, by a harvester to human body
The active state of neck is acquired, which is worn on neck comprising is had microcontroller and is electrically connected at
Gyro sensor, bluetooth communication and the clock module of microcontroller, the gyro sensor is to it in X-axis, Y-axis and Z
The angular velocity data of axis direction is sent to microcontroller, and microcontroller obtains neck movement intensity data according to the angular velocity data, single
Piece machine obtains temporal information by clock module；Step S2, the microcontroller lead to neck movement intensity data and temporal information
It crosses bluetooth communication and is sent to a mobile phone, the ground for being obtained neck movement intensity data, temporal information and the mobile phone by mobile phone
Reason location information is packaged into data packet, then the data packet is uploaded to server by internet；Step S3, the server solution
Data packet is pressed, neck movement intensity data, geographical location information and temporal information are preserved, generates statistical report form, is reported according to statistics
Meter calculates the mean motion frequency information of user, and the mean motion frequency information is back to mobile phone, to enable mobile phone send out
Prompt message.
Preferably, the server includes database and WEB server, and the WEB server is logical for receiving mobile phone
The HTTP request that internet is sent is crossed, and the request of the upload request of data of response mobile phone, downloading data or acquisition report are asked
It asks, the mobile phone obtains geographical location information with GPS module and by the GPS module.
Preferably, the server further includes having data filing server and file server, the data filing server
For being had access to the progress data storage of neck movement intensity data, geographical location information and temporal information and data, wherein data
Storing process is：When WEB server receives the data packet that mobile phone is sent, EJB is stored to data filing server calls data,
Data filing server decompresses data packet, obtains neck movement intensity data, geographical location information and temporal information, and by default
Archive file format be organized into archive file, and preserve to file server, then record filing text in the database
User ID corresponding to part name and initial time；Data have access to process：When what WEB server received that mobile phone sends has access to history
When request of data, EJB is had access to data filing server calls data, data server from database according to User ID, when
Between the corresponding filename of information inquiry, then from file server one by one read, resolution file, obtain the neck movement intensity number
According to, geographical location information and temporal information, the data of acquisition are then packaged into data packet, then the data packet is sent back into WEB
Server, to enable mobile phone download the data packet from WEB server.
Preferably, the file server is for storing neck movement intensity data, geographical location information and temporal information
Archive file, data filing server obtains the user at any time or the neck of period by parsing archive file
The geographical location information at exercise intensity data and its place.
Preferably, the server further includes data analytics server, and the data analytics server from data for returning
Shelves server obtains exercise intensity data, temporal information and/or geographical location information in preset time, is united as unit of the time
Count amount of exercise sequence.
Preferably, include amount of exercise-Annual distribution by the individual subscriber in the statistic processes of the amount of exercise sequence
Matrix statistic procedure：Data filing server searches the archive file of user's all periods in the database, returns for each
Files parse one by one, obtain neck movement intensity data and its time series, splice successively in chronological order, will be spliced
The neck movement intensity data and its time series of the user all periods is packaged into data packet, which is sent to number
According to Analysis server；The data analytics server calculates user in the time interval using preset duration as time interval
Effective exercise amount sequence and lost motion amount sequence, and preserve to database.
Preferably, include amount of exercise-longitude and latitude point by the individual subscriber in the statistic processes of the amount of exercise sequence
Cloth matrix statistic procedure：The database is preset with amount of exercise-longitude and latitude grid matrix A of individual subscriber, the matrix A just
Beginning cell value is sky；The data analytics server asks the neck movement of user's all periods strong to data filing server
Degrees of data and its geographical location sequence；The data filing server searches the filing text of user's all periods in the database
Part parses one by one for each archive file, obtains neck movement intensity data and its geographical location sequence, in chronological order according to
The neck movement intensity of the spliced user all periods and its geographical location sequence are packaged into data packet by secondary splicing,
Send the packet to data analytics server；The data analytics server parses the data packet, by neck movement intensity
Data and its geographical location sequence charge to matrix A, later preserve matrix A to database.
Preferably, the communication process of the harvester and mobile phone includes：The harvester power-up initializing；It is described to adopt
Acquisition means judge bluetooth connection status, if disconnecting, enter the temporary pattern of data and determine whether temporal data if having connected,
If so, then by bluetooth Batch sending temporal data to mobile phone, if nothing, enter instantaneous transmission pattern.
Preferably, the data are kept in pattern, and microcontroller reads the data of gyro sensor output, calculate user's neck
Portion's exercise intensity data, obtain current time later, finally bind neck movement intensity data and current time, keep in list
Piece machine RAM.
Preferably, in the instantaneous transmission pattern, the microcontroller reads the data of gyro sensor output, calculates and uses
Neck movement intensity data is sent to mobile phone by family neck movement intensity data in real time by bluetooth later.
In neck movement quantity monitoring method disclosed by the invention, the gyro sensor in harvester is to it in X
The angular velocity data of axis, Y-axis and Z-direction is sent to microcontroller, and microcontroller is strong according to angular velocity data acquisition neck movement
Degrees of data, microcontroller obtain temporal information by clock module, and the microcontroller is by neck movement intensity data and time later
Information is sent to mobile phone by bluetooth communication, is obtained neck movement intensity data, temporal information and the mobile phone by mobile phone
Geographical location information be packaged into data packet, then the data packet is uploaded to server, the server decompression by internet
Data packet preserves neck movement intensity data, geographical location information and temporal information, statistical report form is generated, according to statistical report form
The mean motion frequency information of user is calculated, and the mean motion frequency information is back to mobile phone, to enable mobile phone reminding use
Reinforce or keep neck movement amount in family.The human body neck movement quantity monitoring method by harvester, mobile phone and server it
Between data transmission and data statistics so that user can intuitively obtain the information such as neck movement amount, and user is reminded to reinforce
Or neck movement amount is kept, meanwhile, user can understand the amount of exercise of neck and the health status of neck at any time, to rise
It is acted on to good neck health care and disease prevention.
Description of the drawings
Fig. 1 is the composition frame chart of server.
The flow chart of the communication process of Fig. 2 harvesters and mobile phone.
Fig. 3 is the flow chart that data keep in pattern.
Fig. 4 is the flow chart of instantaneous transmission pattern.
Specific implementation mode
The present invention is described in more detail with reference to the accompanying drawings and examples.
The invention discloses a kind of necks to move quantity monitoring method, as shown in Figure 1, it includes the following steps：
Step S1 is acquired the active state of neck by a harvester, which is worn on people
Body neck comprising have microcontroller and be electrically connected at gyro sensor, bluetooth communication and the clock mould of microcontroller
Block, the gyro sensor are sent to microcontroller to it in the angular velocity data of X-axis, Y-axis and Z-direction, microcontroller according to
The angular velocity data obtains neck movement intensity data, as a preferred method, in order to continuously monitor user's neck
Exercise intensity data, microcontroller can read the data that gyro sensor is detected with prefixed time interval, meanwhile, microcontroller
Temporal information is obtained by clock module, harvester can be driven to move together when user's neck movement so that harvester
Internal gyro sensor generates sensing data output；
Neck movement intensity data and temporal information are sent to one by step S2, the microcontroller by bluetooth communication
Mobile phone with GPS functions, the geographical location information for being obtained neck movement intensity data, temporal information and the mobile phone by mobile phone
It is packaged into data packet, then the data packet is uploaded to server by internet；
Step S3, the server decompress data packet, preserve neck movement intensity data, geographical location information and time letter
Breath generates statistical report form, the mean motion frequency information of user is calculated according to statistical report form, and the mean motion frequency is believed
Breath is back to mobile phone, to enable mobile phone send out prompt message, reminds the user that reinforcement or keeps neck movement amount so that user
Amount of exercise data counted, and under the prompting of mobile phone, user can reinforce neck activity in time.Practical application
In, above-mentioned mean motion frequency information can also be overall movement frequency information etc..
Involved harvester in above-mentioned steps S1, it is logical to be built-in with gyro sensor, microcontroller, low-power consumption bluetooth
Believe the components such as chip, real-time clock, battery, buzzer, it can be real-time by user's neck movement intensity by low-power consumption bluetooth technology
Or it is transmitted to smart mobile phone in non real-time.There can also be the mechanical structures such as buckle, hanging ring, can be placed by mode appropriate
Near user's cervical vertebra.Concrete structure further includes：Man-machine interaction unit is electrically connected at microcontroller, for executing microcontroller
Control instruction send out alarm and input operation instruction to microcontroller；Power module is used to provide device body
Power supply.
Involved mobile phone in above-mentioned steps S2 is equipped with preset application program in the mobile phone, and carries low-power consumption
Bluetooth chip can be communicated with gyro sensor by low-power consumption bluetooth signal, be communicated, can be received by low-power consumption bluetooth
User's neck movement intensity data that gyro sensor is sent can identify user's neck by neck movement recognizer
It is current whether to be kept in motion or stationary state, and periodic statistics effective exercise frequency can if effective exercise frequency is too low
Prompting is sent out by mobile phone or control harvester, after harvester detects user's persistent movement neck for a period of time, is carried
Waking up can eliminate, and be communicated by low-power consumption bluetooth, can control harvester work, suspend mode, gathered data, send out buzzing and carry
Wake up, measure battery dump energy etc., it is communicated by low-power consumption bluetooth, configuration data can be generated and be sent to harvester, such as worked as
Ringing-type, buzzing duration, user's sleeping time etc., band are reminded in preceding time, sampling interval, motion strength threshold, buzzing
There are GPS functions, the latitude/longitude information that user is currently located geographical location can be obtained, and latitude and longitude information and time can be believed
Breath is stored with the binding of user's neck movement intensity data at that time；With mobile network communication function, can Connection Service device log in
User account, by neck movement intensity, geographical location information and time information sequence by http protocol periodically (as per hour
It once) is sent to server, and data or instruction can be received from server.
About the data handling procedure of server, the server includes database, WEB server, data analysis clothes
Business device and file server, the WEB server is for receiving the HTTP request that mobile phone is sent by internet, and response hand
Upload request of data, downloading data request or the acquisition report request of machine, to facilitate data storage, statistics and download.
Herein on basis, the server further includes having data filing server and file server, the data filing
Server is used to carry out data storage to neck movement intensity data, geographical location information and temporal information and data are had access to,
In,
Data storage procedure is：When WEB server receives the data packet that mobile phone is sent, to data filing server calls
Data storage component model (EnterpriseJavaBean, EJB), data filing server decompress data packet, obtain neck fortune
Fatigue resistance data, geographical location information and temporal information, and it is organized into archive file by preset archive file format, and protect
It deposits to file server, then records the User ID and initial time corresponding to the archive file name in the database；
Data have access to process：When WEB server receive that mobile phone sends when having access to historical data request, to data filing
Server calls data have access to EJB, and data server inquires corresponding file from database according to User ID, temporal information
Name, then from file server one by one read, resolution file, obtain the neck movement intensity data, geographical location information and when
Between information, the data of acquisition are then packaged into data packet, then the data packet is sent back into WEB server, to enable mobile phone from WEB
Server downloads the data packet.
About file server, file server is for storing neck movement intensity data, geographical location information and time
The archive file of information, data filing server obtain the user at any time or the period by parsing archive file
Neck movement intensity data and its geographical location information at place.
About data analytics server, the data analytics server is used to obtain preset time from data filing server
Interior exercise intensity data, temporal information and/or geographical location information counts amount of exercise sequence and effectively fortune as unit of the time
Dynamic Frequency Sequence, in the present embodiment, effective exercise refers to that the neck activity of user reaches certain amplitude and run duration reaches
To certain duration, lost motion refers to that the neck activity of user is not up to above-mentioned amplitude and duration, and the two has microcontroller root
The angular velocity data binding time data fed back to according to gyroscope are determined.
About the statistic processes of amount of exercise sequence, the present invention proposes following examples.
Embodiment 1：
In the present embodiment, the statistic processes of amount of exercise sequence includes amount of exercise-Annual distribution matrix by the individual subscriber
Statistic procedure：
A, data filing server searches the archive file of user's all periods in the database, for each filing text
Part parses one by one, obtains neck movement intensity data and its time series, splices successively in chronological order, by the spliced use
The neck movement intensity data and its time series of family all periods is packaged into data packet, which is sent to data point
Analyse server；
B, it is effective in the time interval to calculate user using preset duration as time interval for the data analytics server
Amount of exercise sequence and lost motion amount sequence, and preserve to database.
Embodiment 2：
In the present embodiment, the statistic processes of amount of exercise sequence includes amount of exercise-longitude and latitude moment of distribution by the individual subscriber
Battle array statistic procedure：
A, the database is preset with amount of exercise-longitude and latitude grid matrix A of individual subscriber, the initial cell of the matrix A
Value is sky；
B, the data analytics server asks the neck movement intensity of user's all periods to data filing server
Data and its geographical location sequence；
C, the data filing server searches the archive file of user's all periods in the database, returns for each
Files parse one by one, obtain neck movement intensity data and its geographical location sequence, splice successively in chronological order, will splice
The neck movement intensity and its geographical location sequence of the user all periods afterwards is packaged into data packet, which is sent
To data analytics server；
D, the data analytics server parses the data packet, and neck movement intensity data and its geographical location sequence are remembered
Enter matrix A, later preserves matrix A to database.
In above-mentioned steps c, archive file lattice are stored with text formatting, and text format is defined as：
BaseTime：YYYY/MM/DD/HH/MM/SS/mm
Data:Time Strenth Longitude Latitude
Data:Time Strenth Longitude Latitude
…
File initial row represents the initial time of this document, such as：
BaseTime：2013/01/01/14/00/00/00/00
It is on 01 01st, 2013 to represent this document initial time, when 14 0 divide 0 second 0 millisecond；
Neck movement intensity, that is, location information of Data field references some time point user, such as：
Data:60000 150 205°37’25.73”57°46’13”；
Indicate that user's neck movement intensity is 150, location after 60000 milliseconds of initial time (i.e. 60 seconds)
It is 205 ° 37 ' 25.73 " to manage position longitude, and latitude is 57 ° 46 ' 13 ".
Embodiment 3：
In the present embodiment, the statistic processes of amount of exercise sequence includes movement total amount-longitude and latitude moment of distribution by multiple users
Battle array statistic procedure：
A, the database is preset with the first of movement total amount-longitude and latitude accumulation grid matrix T, matrix T of multiple users
Beginning cell value is sky；
B, the data analytics server searches personal neck movement amount-longitude and latitude net of multiple users in the database
Multiple matrix As are accumulated by matrix A i, wherein i=1 by lattice matrix A, and 2,3...；
C, personal user's amount of exercise that the data analytics server will record in each matrix unit of matrix A i one by one
Correspondence charges to corresponding matrix unit in matrix T, later preserves matrix T to database.
Embodiment 4：
In the present embodiment, which includes being walked with periphery population comparisons' neck effective exercise frequency
Suddenly：
A, the mobile phone obtains the longitude and latitude degrees of data of user geographic location by GPS functions, and by the longitude and latitude
Data are sent to server；
B, the data analytics server searched from matrix A the user the longitude and latitude personal neck movement intensity number
According to the neck movement intensity data includes effective amount of exercise P and lost motion amount P*；
C, the data analytics server searched from matrix T the user multiple users of the longitude and latitude neck movement
Intensity data, the neck movement intensity data include effective exercise total amount S and lost motion total amount S*；
D, the data analytics server judges, if P：(P+P*) it is more than S：(S+S*), then show that the neck of the user has
The average value that exercise frequency is better than periphery crowd movement's frequency is imitated, if P：(P+P*) it is less than S：(S+S*), then show the user's
Neck effective exercise frequency is weaker than the average value of periphery crowd movement's frequency；
E, the judging result of data analytics server is back to mobile phone by the WEB server, is shown and is sentenced on the mobile phone
Break as a result, and user is reminded to reinforce or keep amount of exercise.
About data-transmission mode, in conjunction with shown in Fig. 2 to Fig. 4, the communication process of harvester and mobile phone includes：
A, the harvester power-up initializing；
B, the harvester judges bluetooth connection status, if disconnecting, enters data and keeps in pattern, if having connected,
Determine whether temporal data, if so, then by bluetooth Batch sending temporal data to mobile phone, if nothing, enters instantaneous transmission mould
Formula.
Further, the data are kept in pattern, and microcontroller reads the data of gyro sensor output, calculate user
Neck movement intensity data obtains current time later, finally binds neck movement intensity data and current time, keep in
Microcontroller RAM.Under the pattern, harvester can enter " data keep in pattern ", protect in memory with after mobile phone disconnecting
User's neck movement data and temporal information are deposited, transmission Legacy Data can be packaged after restoring connection with mobile phone, and exit " data
Temporary pattern ".
In instant transmission mode, the microcontroller reads the data of gyro sensor output, calculates user's neck fortune
Neck movement intensity data is sent to mobile phone by fatigue resistance data in real time by bluetooth later.By harvester and mobile phone it
Between data transmission model selection, be adapted to more Bluetooth communications a variety of environment such as intermittently or continually, and can effectively reduce
Bluetooth power consumption.Under the pattern, harvester and mobile phone are established after low-power consumption bluetooth connect, and gyro sensor is being got every time
After user's neck movement intensity data, mobile phone is sent it to immediately, and the data of pattern transmission are without temporal information, to reduce
Transmitted data amount reduces average power consumption.
In neck movement quantity monitoring method disclosed by the invention, the gyro sensor in harvester is to it in X
The angular velocity data of axis, Y-axis and Z-direction is sent to microcontroller, and microcontroller is strong according to angular velocity data acquisition neck movement
Degrees of data, microcontroller obtain temporal information by clock module, and the microcontroller is by neck movement intensity data and time later
Information is sent to mobile phone by bluetooth communication, is obtained neck movement intensity data, temporal information and the mobile phone by mobile phone
Geographical location information be packaged into data packet, then the data packet is uploaded to server, the server decompression by internet
Data packet preserves neck movement intensity data, geographical location information and temporal information, statistical report form is generated, according to statistical report form
The mean motion frequency information of user is calculated, and the mean motion frequency information is back to mobile phone, to enable mobile phone reminding use
Reinforce or keep neck movement amount in family.The human body neck movement quantity monitoring method by harvester, mobile phone and server it
Between data transmission and data statistics so that user can intuitively obtain the information such as neck movement amount, and user is reminded to reinforce
Or neck movement amount is kept, meanwhile, user can understand the amount of exercise of neck and the health status of neck at any time, to rise
It is acted on to good neck health care and disease prevention.
The above is preferred embodiments of the present invention, is not intended to restrict the invention, all technology models in the present invention
Interior done modification, equivalent replacement or improvement etc. are enclosed, should be included in the range of of the invention protect.
Claims (10)
1. a kind of neck moves quantity monitoring method, which is characterized in that include the following steps：
Step S1 is acquired the active state of neck by a harvester, which is worn on human body neck
Portion comprising have microcontroller and be electrically connected at gyro sensor, bluetooth communication and the clock module of microcontroller, institute
It states gyro sensor and microcontroller is sent in the angular velocity data of X-axis, Y-axis and Z-direction to it, microcontroller is according to angle speed
Degrees of data obtains neck movement intensity data, and microcontroller obtains temporal information by clock module；
Neck movement intensity data and temporal information are sent on the other hand by step S2, the microcontroller by bluetooth communication
The geographical location information that neck movement intensity data, temporal information and the mobile phone obtain is packaged into data packet by machine by mobile phone, then
The data packet is uploaded to server by internet；
Step S3, the server decompress data packet, preserve neck movement intensity data, geographical location information and temporal information,
Statistical report form is generated, the mean motion frequency information of user is calculated according to statistical report form, and by the mean motion frequency information
It is back to mobile phone, to enable mobile phone send out prompt message.
2. neck as described in claim 1 moves quantity monitoring method, which is characterized in that the server includes data
Library and WEB server, the WEB server is for receiving the HTTP request that mobile phone is sent by internet, and response mobile phone
Upload request of data, downloading data request or obtain report request, the mobile phone is with GPS module and passing through the GPS
Module obtains geographical location information.
3. neck as claimed in claim 2 moves quantity monitoring method, which is characterized in that the server further includes having number
According to archiving server and file server, which is used for neck movement intensity data, geographical location information
Data storage is carried out with temporal information and data are had access to, wherein
Data storage procedure is：When WEB server receives the data packet that mobile phone is sent, to data filing server calls data
EJB is stored, data filing server decompresses data packet, obtains neck movement intensity data, geographical location information and temporal information,
And it is organized into archive file by preset archive file format, and preserve to file server, then record in the database
User ID and initial time corresponding to the archive file name；
Data have access to process：When WEB server receive that mobile phone sends when having access to historical data request, to data filing service
Device calls data to have access to EJB, and data server inquires corresponding filename from database according to User ID, temporal information, then
It is read one by one from file server, resolution file, obtains the neck movement intensity data, geographical location information and time letter
Then the data of acquisition are packaged into data packet, then the data packet is sent back WEB server, to enable mobile phone from WEB service by breath
Device downloads the data packet.
4. neck as claimed in claim 3 moves quantity monitoring method, which is characterized in that the file server is for depositing
The archive file of neck movement intensity data, geographical location information and temporal information is stored up, data filing server is returned by parsing
Files obtain the user at any time or the neck movement intensity data of period and its geographical location information at place.
5. neck as claimed in claim 3 moves quantity monitoring method, which is characterized in that the server further includes data
Analysis server, the data analytics server are used to obtain the exercise intensity number in preset time from data filing server
According to, temporal information and/or geographical location information, amount of exercise sequence is counted as unit of the time.
6. neck as claimed in claim 5 moves quantity monitoring method, which is characterized in that the statistics of the amount of exercise sequence
In the process, include amount of exercise-Annual distribution matrix statistic procedure by the individual subscriber：
Data filing server searches the archive file of user's all periods in the database, one by one for each archive file
Parsing obtains neck movement intensity data and its time series, splices successively in chronological order, the spliced user is owned
The neck movement intensity data and its time series of period is packaged into data packet, which is sent to data analysis service
Device；
The data analytics server calculates effective exercise amount of the user in the time interval using preset duration as time interval
Sequence and lost motion amount sequence, and preserve to database.
7. neck as claimed in claim 5 moves quantity monitoring method, which is characterized in that the statistics of the amount of exercise sequence
In the process, include amount of exercise-longitude and latitude distribution matrix statistic procedure by the individual subscriber：
The database is preset with amount of exercise-longitude and latitude grid matrix A of individual subscriber, and the initial cell value of the matrix A is
It is empty；
The data analytics server to data filing server ask user's all periods neck movement intensity data and
Its geographical location sequence；
The data filing server searches the archive file of user's all periods in the database, for each archive file
It parses one by one, obtains neck movement intensity data and its geographical location sequence, splice successively in chronological order, be somebody's turn to do spliced
The neck movement intensity and its geographical location sequence of user's all periods is packaged into data packet, sends the packet to data
Analysis server；
The data analytics server parses the data packet, and neck movement intensity data and its geographical location sequence are charged to matrix
A later preserves matrix A to database.
8. neck as described in claim 1 moves quantity monitoring method, which is characterized in that the harvester and mobile phone
Communication process includes：
The harvester power-up initializing；
The harvester judges bluetooth connection status, if disconnecting, enters data and keeps in pattern, if having connected, judgement has
Without temporal data, if so, then by bluetooth Batch sending temporal data to mobile phone, if nothing, enter instantaneous transmission pattern.
9. neck as claimed in claim 8 moves quantity monitoring method, which is characterized in that the data are kept in pattern,
Microcontroller reads the data of gyro sensor output, calculates user's neck movement intensity data, obtains current time later, most
Neck movement intensity data and current time are bound afterwards, kept in microcontroller RAM.
10. neck as claimed in claim 9 moves quantity monitoring method, which is characterized in that in the instantaneous transmission pattern,
The microcontroller reads the data of gyro sensor output, calculates user's neck movement intensity data, later will by bluetooth
Neck movement intensity data is sent to mobile phone in real time.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104127188A (en) * | 2014-08-08 | 2014-11-05 | 沈迪 | Method and device for monitoring amount of exercise of neck |
| CN105662347B (en) * | 2016-01-08 | 2019-01-22 | 四川东鼎里智信息技术有限责任公司 | A kind of monitoring of parahypnosis and alarm method |
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| CN106236102B (en) * | 2016-09-07 | 2020-01-21 | 京东方科技集团股份有限公司 | Motion monitoring method and device |
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