One kind motion is taught and action monitoring device and systemTechnical field
The present invention relates to exercise aid device field, and in particular to one kind motion is taught and action monitoring device and system.
Background technology
With the progress and development of science and technology, people's quality of life and level are stepping up, and health problem is increasingly becoming dayBeneficial focus of attention, food nutrition particularly of today is enriched, and the amount of exercise of people is fewer and fewer, and inferior health becomes peopleHealth biggest threat, therefore, in order to improve the health status of people, it is necessary to strengthen take exercise, now with many people likeJoyous motion, particularly likes body-building on popular in the recent period line, on line body-building can not only be provided whenever and wherever possible for everyoneExercise guide, more can be cost-effective, realizes win-win.Although in the market, which has some, can be exclusively used in monitoring people's exercise dataEquipment, but this kind of functions of the equipments are single, in-convenience in use, move when the continuation and user for body-building that can not ensure user for body-buildingThe correctness of work.
The content of the invention
It is an object of the invention to provide one kind motion to teach with acting monitoring device and system, to solve existing fortuneDynamic detection device function is single, can not ensure the problem of correctness acted when the continuation and user for body-building of user for body-building.
To achieve the above object, of the invention to provide a kind of motion guidance and action monitoring device, the motion is taught with movingInclude as monitoring device：
For detecting user's arm or leg exercise and converting it into the movement sensing module of motion electric signal；
For monitoring user's heart rate and converting it into the rhythm of the heart module of heart rate electric signal；
Electrically connected respectively with movement sensing module, rhythm of the heart module, for receiving motion electric signal and heart rate electric signalAnd it is handled and calculated respectively, so as to obtain the processing module of the exercise data of user and heart rate data；
Electrically connected with the processing module, for storing the memory module of exercise data and heart rate data；
Electrically connected with the processing module, for exercise data and heart rate data to be sent to the wireless telecommunications of user terminalModule；
Electrically connected with the processing module, for controlling the switch of monitoring device and the button of function switch；
Electrically connected with the processing module, for the power module powered to processing module；
The indicator lamp electrically connected with the processing module；
For above-mentioned modules to be wrapped in into annular body therein；
The processing module is used to receive motion electric signal and heart rate electric signal and it is handled and calculated respectively, fromAnd the exercise data and heart rate data of user are obtained, the processing module is additionally operable to drive indicator lamp to light and close, the placeReason module is additionally operable to drive memory module to store the exercise data and heart rate data of user.
Preferably, the monitoring device also includes shock module, and the shock module includes micromachine and eccentric block, instituteState micromachine to electrically connect with processing module, the eccentric block fixes the shaft end for being set in micromachine rotating shaft.
Preferably, the movement sensing module includes 3-axis acceleration sensor and three-axis gyroscope.
Preferably, the annular body is silica gel material.
Preferably, the monitoring device also includes charging inlet, and the charging inlet electrically connects with the power module.
Preferably, the wireless communication module is bluetooth module or WIFI module.
Corresponding, another object of the present invention is to provide a kind of motion to teach and action monitoring system, the motionTeach includes cloud server and user terminal with action monitoring system, and the motion is taught also to be included extremely with action monitoring systemA few motion teach with action monitoring device, the motion teach with action monitoring device for motion as described above teach withAct monitoring device.
Preferably, the user terminal is mobile phone, tablet personal computer or intelligent watch.
The invention has the advantages that：The motion of the present invention is taught passes through movement sensing module, sense with action monitoring deviceUsing the action of family arm or leg, by rhythm of the heart module monitors user's heart rate, motion telecommunications is received by processing moduleNumber and heart rate electric signal and it is handled and calculated respectively, so as to obtain the exercise data of user and heart rate data, pass throughExercise data and heart rate data are sent to user terminal by wireless communication module, then exercise data is uploaded into cloud by user terminalEnd server is analyzed.The motion of the present invention, which is taught, to be had functional diversities with action monitoring device, can effectively ensure thatThe correctness of user for body-building action.
Brief description of the drawings
Fig. 1 is the structured flowchart that motion teaches with action monitoring device circuit pack in the embodiment of the present invention 1.
Fig. 2 is the structural representation that motion teaches with action monitoring device in the embodiment of the present invention 2.
Fig. 3 is the structured flowchart that motion teaches with action monitoring device circuit pack in the embodiment of the present invention 2.
Fig. 4 is present invention motion guidance and the structured flowchart of action monitoring system.
Embodiment
Following examples are used to illustrate the present invention, but are not limited to the scope of the present invention.
Embodiment 1
As shown in figure 1, the motion teach with action monitoring device 100 include movement sensing module 7, rhythm of the heart module 6,Processing module 1, memory module 3, wireless communication module 8, button 4, power module 5, indicator lamp 2 and annular body 12；Ring-type sheetBody 12 is annular in shape, and inside has cavity, and annular body 12 is flexible silica gel material, and multiple PCB electricity are provided with cavityRoad plate, above-mentioned modules are respectively arranged on pcb board, and annular body 12 wraps up pcb board and modules wherein, bothWaterproof, but it is light.The wrist that annular body 12 can be set in user can be set in the ankle of user again.
Processing module 1 respectively with movement sensing module 7, rhythm of the heart module 6, processing module 1, memory module 3, channel radioNews module 8, button 4, indicator lamp 2 electrically connect, and movement sensing module 7 is used for the motion for detecting user's arm or leg and by its turnChemical conversion motion electric signal is sent to processing module 1, and movement sensing module 7 includes 3-axis acceleration sensor and three-axis gyroscope,Acceleration of the measurable monitoring device of 3-axis acceleration sensor in all directions of space, three-axis gyroscope can be used for measurement to superviseMeasurement equipment is in the displacement in space and the situation of change of angle.Rhythm of the heart module 6 is used to monitor the heart rate of user and convertedProcessing module 1 is sent into heart rate electric signal, rhythm of the heart module 6 is photoelectricity heart rate sensor, and photoelectricity heart rate sensor includesTwo green LED lamp beads and a photoelectric sensor, two green LED lamp beads send green to wrist or ankle during measurementVisible ray, photoelectric sensor receives the light by human body reflection, the skin of human body, bone, muscle, the reflection to light such as fatIt is fixed value, and capillary and arterial-venous be not as pulse volume stops to become due to diminishing greatly, so capillary and arteryReflection of the vein to light is undulating value, and frequency of this fluctuation is exactly pulse, and the frequency of pulse and heart rate be it is consistent, thereforeThe heart rate of user can be calculated by measuring the frequency of this fluctuation.Processing module 1 is used to receive motion electric signal and heart rate telecommunicationsNumber and it is handled and calculated respectively, so as to obtaining the exercise data of user and heart rate data, processing module 1 will obtainExercise data and heart rate data send to memory module 3 and stored, meanwhile, processing module 1 controls wireless communication module 8 to transportDynamic data and heart rate data are sent to user terminal 200, the APP on user terminal 200, by the motion on two arms teach withThe heart rate data of action 100 one of device measuring of monitoring device is shown that user can be looked at any time by user terminal 200Oneself heart rate data is seen, while exercise data is sent to cloud server 300 and is analyzed by user terminal 200, wirelesslyCommunication module 8 is bluetooth module or WIFI module, and bluetooth module price is relatively low, advantageously reduces production cost, it is therefore preferable that blueTooth module.In order to be controlled to monitoring device, monitoring device is additionally provided with for controlling the switch of monitoring device and function to cutThe button 4 changed, power module 5 are lithium battery, and power module 5 can be the low-voltage DC that processing module 1 provides 3.7V or so, refer toShow lamp 2 be used for visual representation monitoring device working condition, and user for body-building action whether standard, specifically how to judgeThe standard type of action will be in operation principle introduction.
Embodiment 2
As shown in Figures 2 and 3, the present embodiment is, the present embodiment based on embodiment 1 with the difference of embodiment 1In motion teach with acting monitoring device 100 except including movement sensing module 7, rhythm of the heart module 6, processing module 1, depositingStore up module 3, wireless communication module 8, button 4, power module 5, indicator lamp 2 and annular body 12, in addition to shock module 9 and fillElectrical interface 10, charging inlet 10 electrically connect with power module 5, and charging inlet 10 is two metal clips or hard contact, is chargedInterface 10 seals with annular body 12, when the electricity of power module 5 is low, Charger (portable round) is connected with charging inlet 10, makes to fillElectrical equipment is connected with power module 5, and power module 5 is charged.Shock module 9 includes micromachine and eccentric block, micro electricMachine electrically connects with processing module 1, and eccentric block fixes the end for being set in micromachine rotating shaft.Micromachine entirely detects when rotatingEquipment can be shaken, and then user is prompted.
As shown in figure 3, the present invention also provides a kind of motion guidance and action monitoring system, motion is taught and action monitoring systemSystem includes cloud server 300 and user terminal 200 and four motions are taught and action monitoring device 100, motion are taught and movedMake monitoring device 100 to teach and action monitoring device 100 for motion as described above.Four motions are taught and action monitoring device100 are respectively sleeved on the ankle and wrist of user, and are led to user terminal 200 by respective wireless communication module 8News, taught by four motions and the wrist and ankle of user can be monitored respectively with action monitoring device 100, user terminal200 be mobile phone, tablet personal computer or intelligent watch.
Motion is taught and action monitoring system operation principle：In use, four motions are taught and action monitoring device 100It is respectively sleeved on the ankle and wrist of user, the button 4 with action monitoring device 100 is taught in four motions of pressing for a long time,After the opening of monitoring device 100 is taught and acted in four motions, the wireless communication module 8 of monitoring device 100 is taught and acted in motionAutomatically connection is matched with user terminal 200, the live sport videos of APP or audio, user on user terminal 200 can be according to videosOr the prompting campaign of audio, during user movement, four motions are taught to be detected respectively with action monitoring device 100User's arm and the motion of leg, and the exercise data and heart rate data of arm and leg are sent to user terminal 200, userAPP in terminal 200, the heart rate with action 100 one of device measuring of monitoring device is taught into the motion on two armsData are shown that user can check oneself heart rate data at any time by user terminal 200, while family terminal 200 will move numberAccording to transmission to cloud server 300, the program in cloud server 300 combines preset user profile (rise, body weight, sexEtc. information) data received are analyzed, judge different height build users action whether standard, such as bodyFor high 175CM user in the action for doing lift arm, the time as defined in standard operation is certain, therefore speed of arm motionAnd it is certain, user's arm motion speed data that cloud server 300 can be measured by movement sensing module 7 judges armThe action of arm whether standard.If user action whole standard, cloud server 300 is sent to user terminal 200 confirms instruction,If user action is partly or entirely nonstandard, cloud server 300 sends to user terminal 200 and corrects instruction, either reallyRecognize instruction or correct instruction, containing four group informations, confirm all accurate prompting letters of action in four group informations in instructionBreath, the inaccurate prompt message of all actions of four group informations in instruction or part are corrected to act inaccurate prompt message partTo act accurate prompt message, per group information all containing having unique identification code, the corresponding motion of each identification code is taughtWith acting monitoring device 100, user terminal 200 will receive confirmation instruction or it will be parsed after correcting instruction, according to everyIdentification code in group information sends that information to corresponding motion and taught with acting monitoring device 100, and action monitoring is setAfter standby 100 processing module 1 receives corresponding information, if the information is acts accurate prompt message, processing module 1 is drivenDynamic indicator lamp 2 lights, and now indicator lamp 2 is often bright and sends the visible ray of green；If the information is the inaccurate prompt message of action,Processing module 1 drives indicator lamp 2 to light, and now indicator lamp 2 constantly flashes and sends the visible ray of red, while the processing module1 can also drive shock module 9 to shake, and remind user action nonstandard, and therefore, user only need to be nonstandard to acting according to promptingArm or leg action corrected according to video or audio prompt.
Although above with general explanation and specific embodiment, the present invention is described in detail, at thisOn the basis of invention, it can be modified or improved, this will be apparent to those skilled in the art.Therefore,These modifications or improvements without departing from theon the basis of the spirit of the present invention, belong to the scope of protection of present invention.