CN109893846A - Movement exchange method, device and movement interactive terminal based on exercise data stream - Google Patents
Movement exchange method, device and movement interactive terminal based on exercise data stream Download PDFInfo
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Abstract
The invention discloses a kind of movement exchange methods based on exercise data stream, this method comprises: obtaining the body data stream that the first moving person generates in real time；At least one target data stream with body data stream with identical time stamp and type of sports label is extracted from data flow to be identified；Calculate the equal probabilities between each target data stream and body data stream；The candidate data stream that equal probabilities are greater than preset threshold is filtered out from target data stream；Data flow interaction request is sent to the second moving person corresponding to candidate data stream, and when receiving the feedback information for agreeing to request, candidate data stream and body data stream are interacted into display.The present invention can help moving person to identify and carry out same movement training in the same time with oneself, and the consistent companion of sports level, and realize the interaction of both sides' exercise data.The interactive process pertains only to the interaction of the exercise data stream between multiple motion units, therefore the drawbacks of avoid privacy leakage.
Description
Technical field
The present invention relates to intelligent wearable device fields, and in particular to a kind of movement exchange method based on exercise data stream,
Device and movement interactive terminal.
Background technique
People more pay attention to sport health now, it is desirable to by training improve own bodies situation, body-building or
Realize the purpose of specialized movement training.With prevailing, the motion unit of all ages and classes stratum and sports level of training, all
Have a mind to the training method by other motion units of e-learning, to improve itself sport training process, so as to improve from
The sport efficiency and movement achievement of body.
Mainly pass through motion unit discloses its motion audio-video to existing training interactive mode on network, transports under line
Dynamic individual or other people can directly watch the training audio-video, or look for similar movement according to displacement situation
Horizontal audio-video carries out viewing study and discussion.And oneself audio-video is directly disclosed on network, it is easy to cause personal hidden
The problems such as private diffusion, especially some motion units increasingly tend to become younger, in protection individual privacy and personnel location information
Etc., there is apparent cognition deficiency, personal training audio-video is shared with other people directly, is interacted, is easy
Bring adverse consequences.
Summary of the invention
The main object of the present invention is to propose a kind of movement exchange method based on exercise data stream, it is intended to solve existing skill
Motion unit directly uploads sport video and be easy to cause asking for privacy leakage in a manner of reaching motion information interaction purpose in art
Topic.
To achieve the above object, the present invention proposes a kind of movement exchange method based on exercise data stream, this method comprises:
Obtain the body data stream that the first moving person generates in real time, the body data stream include type of sports label,
Vola measured data stream and timestamp；
At least one is extracted from data flow to be identified has identical time stamp and type of sports with the body data stream
The target data stream of label, each target data stream respectively correspond second moving person；
Calculate the equal probabilities between each target data stream and body data stream；
The candidate data stream that equal probabilities are greater than preset threshold is filtered out, from the target data stream to determine the time
Select the second moving person corresponding to data flow and the first moving person sports level having the same；
Data flow interaction request is sent to the second moving person corresponding to the candidate data stream, and is agreed to receiving
When the feedback information of request, the candidate data stream and the body data stream are interacted into display.
Preferably, the vola measured data stream includes plantar pressure data and survey pressure position.
Preferably, the equal probabilities calculated between each target data stream and body data stream include:
Goal pressure acceleration is calculated according to the plantar pressure data in the target data stream；
Prevailing pressure acceleration is calculated according to the plantar pressure data in the body data stream；
The goal pressure acceleration for surveying pressure position consistency and prevailing pressure acceleration are compared one by one, and calculated every
To the difference between the goal pressure acceleration and prevailing pressure acceleration for surveying pressure position consistency；
Calculating difference is in the ratio of goal pressure acceleration and sum in setting range.
Preferably, further includes: when receiving the feedback information for agreeing to request, connect first moving person and second
Communication between moving person, to carry out voice and/or video interactive.
Preferably, further includes: the interactive movement for generating and storing first moving person and the second moving person is instructed
Practice video.
The present invention also proposes that a kind of movement interactive device based on exercise data stream, the device include:
Motion capture module, the body data stream generated in real time for obtaining the first moving person, the main body number
It include type of sports label, vola measured data stream and timestamp according to stream；
Target data stream extraction module has for extracting at least one from data flow to be identified with the body data stream
There is the target data stream of identical time stamp and type of sports label, each target data stream respectively corresponds one second movement
Main body；
Computing module, for calculating the equal probabilities between each target data stream and body data stream；
Data flow screening module, the candidate for being greater than preset threshold for filtering out equal probabilities from the target data stream
Data flow, to determine the second moving person corresponding to the candidate data stream and the first moving person fortune having the same
Dynamic level；
Data flow interactive module, for sending data flow interaction to the second moving person corresponding to the candidate data stream
Request, and when receiving the feedback information for agreeing to request, the candidate data stream and the body data stream are interacted
Display.
Preferably, the computing module includes:
Goal pressure acceleration obtainment unit, for calculating mesh according to the plantar pressure data in the target data stream
Mark pressure acceleration；
Prevailing pressure acceleration obtainment unit, for calculating master according to the plantar pressure data in the body data stream
Body pressure acceleration；
Comparing unit, for being compared the goal pressure acceleration and prevailing pressure acceleration of surveying pressure position consistency one by one
It is right, and calculate the difference between each pair of goal pressure acceleration and prevailing pressure acceleration for surveying pressure position consistency；
Ratio calculation unit is in the ratio of the goal pressure acceleration and sum in setting range for calculating difference.
It preferably, further include audio/video interactive module, for connecting institute when receiving the feedback information for agreeing to request
The communication between the first moving person and the second moving person is stated, to carry out voice and/or video interactive.
It preferably, further include training video memory module, for generating and storing first moving person and the second fortune
The interactive movement training video of dynamic main body.
The present invention also proposes a kind of movement interactive terminal, including memory, processor and is stored on the memory
And the computer program that can be run on the processor, it is based on described in realization when the processor executes the computer program
The step of movement exchange method of exercise data stream.
The present invention is compared by the exercise data stream between more people to filter out and the first moving person sports level one
Other motion units caused, so that help moving person to identify carries out same movement training with oneself in the same time, and
The consistent companion of sports level, and in the case where obtaining other side's agreement, the interaction of both sides' exercise data may be implemented, to mention
Usage experience is risen, training effect is improved.The process is not related to the network information and discloses, but the fortune between multiple motion units
The drawbacks of moving data flow interaction, therefore avoiding privacy leakage.
Detailed description of the invention
Fig. 1 is the flow diagram of movement one embodiment of exchange method the present invention is based on exercise data stream；
Fig. 2 is " to calculate each target data stream and main body in the movement exchange method of the invention based on exercise data stream
The flow diagram of equal probabilities between data flow " implementation procedure preferred embodiment；
Fig. 3 is the flow diagram of the movement another embodiment of exchange method of the invention based on exercise data stream
Fig. 4 is the functional block diagram of movement one embodiment of interactive device of the invention based on exercise data stream.
Specific embodiment
The embodiment of the present invention is described more fully below, the example of embodiment is shown in the accompanying drawings, wherein phase from beginning to end
Identical element or element with the same function are indicated with label.Embodiment below with reference to attached drawing description is exemplary
, it is intended to it is used to explain the present invention, and is not considered as limiting the invention, based on the embodiments of the present invention, this field
Those of ordinary skill's every other embodiment obtained without making creative work, belongs to protection of the present invention
Range.
In order to solve the above technical problems, the present invention proposes a kind of movement exchange method based on exercise data stream, such as Fig. 1 institute
Show, this method comprises:
Step S10: the body data stream that the first moving person generates in real time is obtained, body data stream includes type of sports mark
Label, vola measured data stream and timestamp.
Executing for each step can be cloud server or the end PC connecting with cloud server, mobile phone terminal in the present invention
Deng.Wherein, body data stream and data flow to be identified are stored in cloud server.
In this step, the corresponding moving person of each body data stream comprising can be directly inputted by moving person
Vola measured data stream that type of sports label, vola smart machine measure and the timestamp for representing the DATA REASONING time, main body
Data flow further includes can by the sport video and movement audio of the moving person of external electronic device acquisition and other intelligence
The data such as blood pressure, heart rate, the head temperatures of the first moving person of acquisitions such as wearable device such as motion bracelet.
Step S20: at least one is extracted from data flow to be identified with body data stream has identical time stamp and movement
The target data stream of type label, each target data stream respectively correspond second moving person.
Data flow to be identified and body data stream are substantially data flow of the same race, equally include type of sports label, vola intelligence
Can the equipment vola measured data stream measured, the timestamp and moving person that represent the DATA REASONING time sport video and
Move audio etc..And target data stream is timestamp, the type of sports of wherein timestamp, type of sports label and body data stream
The consistent data flow of label, essence are identical as body data stream.
Step S30: the equal probabilities between each target data stream and body data stream are calculated.
After filtering out target data stream in data flow to be identified, to the phase between target data stream and body data stream
It is calculated with probability, wherein equal probabilities refer to the similarity between the target data stream and body data stream, this is identical
Probability can by the exercise data of the same race in same time in the target data stream and body data stream, as plantar pressure value,
Heart rate etc. carries out one-to-one comparison respectively, can get the phase between target data stream and body data stream according to the comparison result
Same probability.
Step S40: the candidate data stream that equal probabilities are greater than preset threshold is filtered out, from target data stream to determine to wait
Select the second moving person corresponding to data flow and the first moving person sports level having the same.
According to above-mentioned calculated result, is screened from target data stream and be greater than preset threshold with the equal probabilities of body data stream
Target data stream, which is then referred to as " candidate data stream ", wherein preset threshold is to be not more than 1 not less than 0
Numerical value.Filter out candidate data stream, then it represents that the second moving person corresponding to the candidate data stream and the first moving person
It is carried out within the same time in same target training, sports level having the same.If filtering out multiple candidate datas
Stream, then multiple candidate data streams respectively correspond to second moving person, indicate that multiple second moving persons and the first movement are led
Body is carried out within the same time in same target training, sports level having the same.
Step S50: data flow interaction request is sent to the second moving person corresponding to candidate data stream, and is being received
When agreeing to the feedback information of request, candidate data stream and body data stream are interacted into display.
First moving person can send number to each the second moving person with same movement level therewith by system
According to interaction request, if the feedback information of the agreement request of wherein one or more second moving persons sending is received, by the
The body data stream of one moving person and the candidate data stream of the second moving person carry out interactive display, specially same aobvious
The exercise data stream of at least two moving persons is shown in display screen simultaneously, for example shows sport video, vola measured data simultaneously
Stream, the exercise data of each wearable device acquisition is compared in real time, is shown in parallel etc., so that the first moving person carries out it
It is intuitive to interpret, to be carried out to the sport training process of itself perfect.
It is an object of the invention to help moving person to identify to carry out same movement training in the same time with oneself,
And the consistent companion of sports level, and in the case where obtaining other side's agreement, the interaction of both sides' exercise data may be implemented, thus
Usage experience is promoted, training effect is improved.It is disclosed since the process is not related to the network information, but information between the two
The drawbacks of interacting, therefore avoiding privacy leakage.
In a preferred embodiment, measured data stream in vola includes plantar pressure data and survey pressure position.
The effect of vola measured data stream is the exercise data for acquiring moving person, in the present embodiment, vola measured data
Stream includes that multiple plantar pressure data measured by the pressure sensor at the positions such as sole, arch of foot, heel, toe are arranged in, with
And location information corresponding to each pressure sensor, that is, survey pressure position.
Wherein, as shown in Fig. 2, above-mentioned steps S30 includes:
Step S31: goal pressure acceleration is calculated according to the plantar pressure data in target data stream.
In this step, pressure acceleration refers to the trend of pressure change in the set time period, which can
Measurement is directly realized by pressure acceleration sensor, can also be combined and be set by the pressure data measured by pressure sensor
Period calculates, calculation such as: for same pressure sensor in all pressure values in set period of time, take its highest
Ratio, that is, pressure acceleration of the length of value and minimum and the difference for calculating the two, the difference and set period of time.Calculate mesh
Mark pressure acceleration can extract pressure value measured by each pressure sensor in the period by setting a period, wherein
Two endpoint values (size endpoint or time endpoint) of the pressure value that the pressure sensor of one position measures during this period of time
Between difference and set period of time ratio be the position pressure acceleration, pressure acceleration can be shown that foot in the position
The pressure trend for setting place can reflect the entirety of the moving person by the pressure acceleration calculated result of multiple pressure sensors
Movement tendency.
Step S32: prevailing pressure acceleration is calculated according to the plantar pressure data in body data stream.
The calculation of prevailing pressure acceleration and the calculation of goal pressure acceleration are similarly.
Step S33: the goal pressure acceleration for surveying pressure position consistency and prevailing pressure acceleration are compared one by one, and
Calculate the difference between each pair of goal pressure acceleration and prevailing pressure acceleration for surveying pressure position consistency.
Step S34: calculating difference is in the ratio of goal pressure acceleration and sum in setting range.
The difference of goal pressure acceleration and prevailing pressure acceleration for same position within the set range, then can recognize
It is identical as prevailing pressure acceleration for the goal pressure acceleration.Within the period entirely set, it is believed that with prevailing pressure
Ratio between the identical goal pressure acceleration of acceleration and the sum of goal pressure acceleration, i.e. target data stream and main body
Equal probabilities between data flow.The equal probabilities embody doing in same time for the second moving person and the first moving person
The similarity degree of sports level when same movement training.
In a preferred embodiment, as shown in figure 3, the movement exchange method based on exercise data stream further includes step S60:
When receiving the feedback information for agreeing to request, the communication between the first moving person and the second moving person is connected, to carry out
Voice and/or video interactive.
In the present embodiment, the first moving person and the second moving person can directly carry out voice and/or view after communicating with each other
Frequency interaction finds more intuitively to exchange movement gains in depth of comprehension and adjusting training is insufficient.
In a preferred embodiment, as shown in figure 3, the movement exchange method based on exercise data stream further includes step S70:
Generate and store the interactive movement training video of the first moving person and the second moving person.
In the present embodiment, interactive movement training video includes the entire motion training process of the first moving person, and
With the second movement master that same movement is horizontal when executing same training within the same time with first moving person
The motion process of body further includes voice and/or video interactive process and the candidate of the first moving person and the second moving person
Data flow interacts display picture and process with body data stream.
Interactive movement training video is stored in local data base or cloud server, and its object is to help moving person
Later period checks historical movement training result, with discovery deficiency and improves.
The present invention also proposes a kind of movement interactive device based on exercise data stream, as shown in figure 4, the device includes:
Motion capture module 10, the body data stream generated in real time for obtaining the first moving person, body data
Stream includes type of sports label, vola measured data stream and timestamp；
Target data stream extraction module 20 has for extracting at least one from data flow to be identified with body data stream
The target data stream of identical time stamp and type of sports label, each target data stream respectively correspond second moving person；
Computing module 30, for calculating the equal probabilities between each target data stream and body data stream；
Data flow screening module 40, the candidate number for being greater than preset threshold for filtering out equal probabilities from target data stream
According to stream, to determine the second moving person corresponding to candidate data stream and the first moving person sports level having the same；
Data flow interactive module 50 is asked for sending data flow interaction to the second moving person corresponding to candidate data stream
It asks, and when receiving the feedback information for agreeing to request, candidate data stream and body data stream is interacted into display.
In the present embodiment, motion capture module 10 receives the type of sports mark directly inputted by the first moving person
Label, the vola measured data stream that measures of vola smart machine and the timestamp for representing the DATA REASONING time, and by external electrical
The sport video and movement audio and other intelligent wearable device such as motion bracelets etc. of the moving person of sub- equipment acquisition are adopted
The data such as blood pressure, heart rate, the head temperature of the first moving person of collection.Target data stream extraction module 20 extracts at least one mesh
Data flow is marked, computing module 30 then calculates the equal probabilities between each target data stream and body data stream, data flow screening
Module 40 filters out the candidate data stream that equal probabilities are greater than preset threshold from target data stream, and data flow interactive module 50 is then
Data flow interaction request is sent to the second moving person corresponding to candidate data stream, and is issued receiving the second moving person
Agreement request feedback information when, candidate data stream and body data stream are interacted into display.The present embodiment based on fortune
The movement interactive device of dynamic data flow can help moving person to identify and carry out same movement instruction in the same time with oneself
Practice, and the consistent companion of sports level, and in the case where obtaining other side's agreement, the interaction of both sides' exercise data may be implemented,
To promote usage experience, training effect is improved.It is disclosed since the process is not related to the network information, but between the two
Information exchange, therefore the drawbacks of avoid privacy leakage.
In a preferred embodiment, as shown in figure 4, computing module 30 includes:
Goal pressure acceleration obtainment unit 31, for calculating target according to the plantar pressure data in target data stream
Pressure acceleration；
Prevailing pressure acceleration obtainment unit 31, for calculating main body according to the plantar pressure data in body data stream
Pressure acceleration；
Comparing unit 33, goal pressure acceleration and prevailing pressure acceleration for that will survey pressure position consistency carry out one by one
It compares, and calculates the difference between each pair of goal pressure acceleration and prevailing pressure acceleration for surveying pressure position consistency；
Ratio calculation unit 34 is in the ratio of the goal pressure acceleration and sum in setting range for calculating difference
Value.
In a preferred embodiment, the movement interactive device based on exercise data stream further includes audio/video interactive module, is used
In when receiving the feedback information for agreeing to request, connect the communication between the first moving person and the second moving person, with into
Row voice and/or video interactive.
In a preferred embodiment, the movement interactive device based on exercise data stream further includes training video memory module,
For generating and storing the interactive movement training video of the first moving person and the second moving person.
Modules in the above-mentioned movement interactive device based on exercise data stream can be fully or partially through software, hardware
And combinations thereof realize.Above-mentioned each module can be embedded in computer equipment in the form of hardware, can also be stored in a software form
In the memory of cloud server terminal, in order to which computer equipment is called and executes the corresponding function of the above modules.The calculating
Machine equipment can be the mobile terminals such as mobile phone, plate and computer, including but not limited to this.The working principle of above-mentioned each functional module
And its role can be found in the realization process of Fig. 1 to the movement exchange method shown in Fig. 3 based on exercise data stream, herein not
It repeats again.
The present invention also proposes a kind of movement interactive terminal, including memory, processor and storage are on a memory and can
The computer program run on a processor, processor realize the movement as above based on exercise data stream when executing computer program
The step of exchange method, for details, reference can be made to above-mentioned Fig. 1 to the explanation of 4 corresponding embodiments, and therefore not to repeat here.
It should be noted that movement interactive terminal proposed by the invention can be mobile phone, notebook, plate etc., including
But not limited to this.Memory proposed by the invention can be high speed RAM memory, be also possible to stable memory (non-
Volatile memory), such as magnetic disk storage.
Above is only part or preferred embodiment of the invention, therefore either text or attached drawing cannot all limit this
The range of protection is invented to be made under all designs with an entirety of the invention using description of the invention and accompanying drawing content
Equivalent structure transformation, or directly/be used in other related technical areas indirectly and be included in the scope of protection of the invention.
Claims (10)
1. a kind of movement exchange method based on exercise data stream characterized by comprising
The body data stream that the first moving person generates in real time is obtained, the body data stream includes type of sports label, vola
Measured data stream and timestamp；
At least one is extracted from data flow to be identified has identical time stamp and type of sports label with the body data stream
Target data stream, each target data stream respectively corresponds second moving person；
Calculate the equal probabilities between each target data stream and body data stream；
The candidate data stream that equal probabilities are greater than preset threshold is filtered out, from the target data stream to determine the candidate number
According to stream corresponding the second moving person and the first moving person sports level having the same；
Data flow interaction request is sent to the second moving person corresponding to the candidate data stream, and agrees to request receiving
Feedback information when, the candidate data stream and the body data stream are interacted into display.
2. the movement exchange method according to claim 1 based on exercise data stream, which is characterized in that the vola actual measurement
Data flow includes plantar pressure data and survey pressure position.
3. the movement exchange method according to claim 2 based on exercise data stream, which is characterized in that described to calculate each
Equal probabilities between target data stream and body data stream include:
Goal pressure acceleration is calculated according to the plantar pressure data in the target data stream；
Prevailing pressure acceleration is calculated according to the plantar pressure data in the body data stream；
The goal pressure acceleration for surveying pressure position consistency and prevailing pressure acceleration are compared one by one, and calculate each pair of institute
State the difference between the goal pressure acceleration and prevailing pressure acceleration of surveying pressure position consistency；
Calculating difference is in the ratio of goal pressure acceleration and sum in setting range.
4. the movement exchange method according to claim 1 based on exercise data stream, which is characterized in that further include: it is connecing
When receiving the feedback information for agreeing to request, the communication between first moving person and the second moving person is connected, to carry out
Voice and/or video interactive.
5. the movement exchange method according to claim 4 based on exercise data stream, which is characterized in that further include: it generates
And store the interactive movement training video of first moving person and the second moving person.
6. a kind of movement interactive device based on exercise data stream characterized by comprising
Motion capture module, the body data stream generated in real time for obtaining the first moving person, the body data stream
Including type of sports label, vola measured data stream and timestamp；
Target data stream extraction module has phase with the body data stream for extracting at least one from data flow to be identified
With the target data stream of timestamp and type of sports label, each target data stream respectively corresponds one second movement master
Body；
Computing module, for calculating the equal probabilities between each target data stream and body data stream；
Data flow screening module, the candidate data for being greater than preset threshold for filtering out equal probabilities from the target data stream
Stream, to determine the second moving person corresponding to the candidate data stream and first moving person movement water having the same
It is flat；
Data flow interactive module is asked for sending data flow interaction to the second moving person corresponding to the candidate data stream
It asks, and when receiving the feedback information for agreeing to request, the candidate data stream is interacted with the body data stream aobvious
Show.
7. the movement interactive device according to claim 6 based on exercise data stream, which is characterized in that the computing module
Include:
Goal pressure acceleration obtainment unit, for calculating target pressure according to the plantar pressure data in the target data stream
Power acceleration；
Prevailing pressure acceleration obtainment unit, for calculating main body pressure according to the plantar pressure data in the body data stream
Power acceleration；
Comparing unit, for the goal pressure acceleration and prevailing pressure acceleration of surveying pressure position consistency to be compared one by one,
And calculate the difference between each pair of goal pressure acceleration and prevailing pressure acceleration for surveying pressure position consistency；
Ratio calculation unit is in the ratio of the goal pressure acceleration and sum in setting range for calculating difference.
8. the movement interactive device according to claim 6 based on exercise data stream, which is characterized in that further include sound/view
Frequency interactive module, for when receiving the feedback information for agreeing to request, connecting first moving person and the second movement master
Communication between body, to carry out voice and/or video interactive.
9. the movement interactive device according to claim 8 based on exercise data stream, which is characterized in that further include trained view
Frequency memory module, for generating and storing the interactive movement training video of first moving person and the second moving person.
10. a kind of movement interactive terminal, including memory, processor and it is stored on the memory and can be in the processing
The computer program run on device, which is characterized in that the processor realized when executing the computer program claim 1 to
The step of movement exchange method described in any one of 5 based on exercise data stream.
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Application publication date: 20190618 |