CN102928614A - Motion data monitoring system - Google Patents
Motion data monitoring system Download PDFInfo
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- CN102928614A CN102928614A CN2012104071971A CN201210407197A CN102928614A CN 102928614 A CN102928614 A CN 102928614A CN 2012104071971 A CN2012104071971 A CN 2012104071971A CN 201210407197 A CN201210407197 A CN 201210407197A CN 102928614 A CN102928614 A CN 102928614A
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Abstract
The invention provides a motion data monitoring system. The system comprises a mobile terminal and a monitoring device, wherein the mobile terminal is provided with a screen, and the monitoring device can monitor the motion of non-motor vehicles and send a signal to the mobile terminal; the mobile terminal comprises a setting module, a signal receiving module, a clocking module, a noise filtration processing module, an analog-to-digital conversion module, a data analysis and recording module, a motion data processing module and an output displaying module, wherein the setting module sets real-time parameters; the signal receiving module receives the signal sent by the monitoring device, the signal is processed by the noise filtration processing module and the analog-to-digital conversion module in sequence to obtain a digital signal; the data analysis and recording module obtains and records the motion route information according to the digital signal; the motion data processing module processes the recorded data to obtain motion parameters in the moving process; and the output displaying module outputs and displays the motion parameters on the screen. The system is convenient to carry, easy to use, efficient and effective.
Description
Technical field
The present invention relates to a kind of exercise data monitoring system, especially a kind of exercise data monitoring system with portable terminal and monitoring device.
Background technology
There are now a lot of people to like motion, particularly like the environment-friendly type motion, the most common exercise motion that has this class of riding to utilize bicycle to carry out.This type games not only can carry out out of doors, also can carry out in the gymnasium, and people can demands of individuals determine amount of exercise.Although now more existing can be exclusively used in the equipment of monitoring people exercise data, not to be that build is huge be inconvenient to carry this kind equipment, be exactly use inconvenient, very inconvenient for those want the own momental user of constantly monitoring.Especially those according to health can not excessive movement the people, the Real-Time Monitoring of own exercise data is seemed particularly important.
Summary of the invention
The object of the invention is to for above-mentioned deficiency, a kind of simple and convenient, exercise data detection system efficiently and effectively is provided.
A kind of exercise data monitoring system, comprise a portable terminal and one and the monitoring device that is used of described portable terminal, portable terminal has a display screen, described monitoring device monitoring bicycle motion conditions, and to the signal of portable terminal transmission one for calculating bicycle operation distance information; Described portable terminal comprises that one arranges module, one signal receiving module, one timing module that is electrically connected with signal receiving module, a filter that is electrically connected with the signal receiving module processing module of making an uproar, one with the filter analog-to-digital conversion module that processing module is electrically connected of making an uproar, a data analysis logging modle that is electrically connected with analog-to-digital conversion module, an exercise data processing module that is electrically connected with the data analysis logging modle and an output display module that is electrically connected with the exercise data processing module; The described module that arranges arranges real-time parameter according to user's actual motion situation; Described signal receiving module receives signal that described monitoring device sends and this signal is transferred to the filter processing module of making an uproar and processes, and simultaneously this signal is transferred to described timing module and starts timing; Signal after the processing module of making an uproar is after filtration processed is sent to analog-to-digital conversion module and is converted to a digital signal, described data analysis logging modle is analyzed and record motion distance information according to described digital signal, described exercise data processing module is processed recorded data in the described data analysis logging modle, obtains at least one kinematic parameter in the whole motion process; Described output display module is processed the kinematic parameter output display that obtains on mobile terminal display screen with described exercise data processing module.
Described data analysis logging modle also is electrically connected with timing module; Described data analysis logging modle is whenever received once the digital signal that described analog-to-digital conversion module transmits, just access timing module one time, described data analysis logging modle obtains a current driving distance numerical information according to described digital signal, and real-time time and this distance numerical information that travels that timing module in this visit process records is combined into line item as a two dimension; Described each time the record in the distance numerical information that travels take rice as unit, described each time the record in real-time time take second as unit.
Described monitoring device comprises an induction module and a signal transmitting module that is electrically connected with induction module; Described induction module induction Wheel for non maneuverable vehicle rotates, and in every one week of rotation, described induction module produces a pulse signal; Described signal transmitting module sends to described signal receiving module with this pulse signal, and portable terminal calculates described non-automotive vehicle distance numerical information according to described pulse signal.
The described real-time parameter that the module setting is set comprises described Wheel for non maneuverable vehicle girth and the sample interval of calculating real-time speed; The described module that arranges comprises that a girth arranges module and real-time speed sampling arranges module; Described girth arranges module according to actual conditions, and the used Wheel for non maneuverable vehicle girth of the current motion of user is set, and described girth is take rice as unit; Described real-time speed sampling arranges module the sample interval of calculating real-time speed is set according to demands of individuals.
Described data analysis logging modle also with module be set be electrically connected; The described module that arranges comprises a reseting module, and described reseting module is opened according to user's request, and when reseting module was opened, it sent control signal control data analysis logging modle to the data analysis logging modle and removes before this record data.
Described signal receiving module whenever receives a pulse signal, just this pulse signal being delivered to make an uproar processing module and analog-to-digital conversion module of filter processes, and obtain a digital signal, described data analysis logging modle is carried out simple addition according to the distance numerical value that described digital signal will represent before the numerical value of a wheel circumference distance of bicycle and the described data analysis logging modle once in the data of record, carries out record as the distance numerical value that travels in this record; Described data analysis logging modle whenever receives a digital signal, just does once record.
Described exercise data processing module comprises a distance processing module, an average velocity processing module and a real-time speed processing module; Described distance processing module extracts the distance numerical value that travels in the last record in the described data analysis logging modle, and is converted into the distance numerical value take km as unit; Described average velocity processing module is divided by travel distance numerical value and time in the last record in the described data analysis logging modle and is obtained an average velocity numerical value take " meter per second " as unit; Described real-time speed processing module is divided by travel distance numerical value and time in the each time record in the described data analysis logging modle and is obtained the average velocity numerical value take " meter per second " as unit for each record.
Described exercise data processing module also comprises a real-time data record module; Described real-time data record module is with each record in the described data analysis logging modle and process the average velocity numerical value for each record that obtains through described real-time speed processing module and be integrated into a three-dimensional array and carry out record, and described each three-dimensional record comprises the distance numerical value that travels, time numerical value and and the two the corresponding average velocity numerical value corresponding with distance numerical value.
Described kinematic parameter comprises the distance of travelling, running time, average velocity; Described output display module with the kinematic parameter output display on mobile terminal display screen; The distance numerical value that travels that described output display module obtains described distance processing module processing reaches with this time corresponding to distance numerical value of travelling and outputs to the mobile terminal display screen demonstration; Described output display module is also exported described average velocity processing module and is processed the average velocity numerical value that obtains and show to mobile terminal display screen; Described output display module arranges the sample interval that module arranges according to described real-time speed sampling, be recorded as starting point with first of described real-time data record module, take this sample interval as the interval, extract a plurality of records, and take the time as X-axis, speed is Y-axis, with extract each the record in average velocity be ordinate as horizontal ordinate, time, find out its point corresponding in X-axis, the determined plane of Y-axis, with a level and smooth curve each point is coupled together, obtain speed and time plot on the two dimensional surface; Described output display module outputs to mobile terminal display screen with this curve map and shows.
Exercise data monitoring system of the present invention is more easy to carry than traditional monitoring equipment, uses simply, and is effective and rapid, can provide real time data for the user, for the user brings convenience.
Description of drawings
Fig. 1 is the system architecture synoptic diagram of exercise data monitoring system preferred forms of the present invention.
Embodiment
As shown in Figure 1, exercise data monitoring system of the present invention, comprise a portable terminal and one and the monitoring device that is used of described portable terminal, portable terminal has a display screen, described monitoring device monitoring bicycle motion conditions, and to the signal of portable terminal transmission one for calculating bicycle operation distance information; Described portable terminal comprises that one arranges module, one signal receiving module, one timing module that is electrically connected with signal receiving module, a filter that is electrically connected with the signal receiving module processing module of making an uproar, one with the filter analog-to-digital conversion module that processing module is electrically connected of making an uproar, a data analysis logging modle that is electrically connected with analog-to-digital conversion module, an exercise data processing module that is electrically connected with the data analysis logging modle and an output display module that is electrically connected with the exercise data processing module; The described module that arranges arranges real-time parameter according to user's actual motion situation; Described signal receiving module receives signal that described monitoring device sends and this signal is transferred to the filter processing module of making an uproar and processes, and simultaneously this signal is transferred to described timing module and starts timing; Signal after the processing module of making an uproar is after filtration processed is sent to analog-to-digital conversion module and is converted to a digital signal, described data analysis logging modle is analyzed and record motion distance information according to described digital signal, described exercise data processing module is processed recorded data in the described data analysis logging modle, obtains at least one kinematic parameter in the whole motion process; Described output display module is processed the kinematic parameter output display that obtains on mobile terminal display screen with described exercise data processing module.
Described data analysis logging modle also is electrically connected with timing module; Described data analysis logging modle is whenever received once the digital signal that described analog-to-digital conversion module transmits, just access timing module one time, described data analysis logging modle obtains a current driving distance numerical information according to described digital signal, and real-time time and this distance numerical information that travels that timing module in this visit process records is combined into line item as a two dimension; This record is with the storage of D (S, T) array form, with D
n(S
n, T
n) represent record the n time, wherein n is more than or equal to 1, T
nThe time of recording in the timing module when expression is recorded each time, S
nExpression T
nThe distance of non-automotive vehicle in time; The distance numerical information S that travels in the described each time record
nTake rice as unit, the real-time time T in the described each time record
nTake second as unit.
Described monitoring device comprises an induction module and a signal transmitting module that is electrically connected with induction module; Described induction module induction Wheel for non maneuverable vehicle rotates, and in every one week of rotation, described induction module produces a pulse signal; Described signal transmitting module sends to described signal receiving module with this pulse signal, and portable terminal calculates described non-automotive vehicle distance numerical information according to described pulse signal.
The described real-time parameter that the module setting is set comprises described Wheel for non maneuverable vehicle girth and the sample interval of calculating real-time speed; The described module that arranges comprises that a girth arranges module and real-time speed sampling arranges module; Described girth arranges module according to actual conditions, and the used Wheel for non maneuverable vehicle girth of the current motion of user is set, and described girth is take rice as unit; Described real-time speed sampling arranges module the sample interval of calculating real-time speed is set according to demands of individuals.
Described data analysis logging modle also with module be set be electrically connected; The described module that arranges comprises a reseting module, and described reseting module is opened according to user's request, and when reseting module was opened, it sent control signal control data analysis logging modle to the data analysis logging modle and removes before this record data.
Described signal receiving module whenever receives a pulse signal, just this pulse signal being delivered to make an uproar processing module and analog-to-digital conversion module of filter processes, and obtain a digital signal, described data analysis logging modle is carried out simple addition according to the distance numerical value that described digital signal will represent before the numerical value of a wheel circumference distance of bicycle and the described data analysis logging modle once in the data of record, carries out record as the distance numerical value that travels in this record; Described data analysis logging modle whenever receives a digital signal, just does once record.
Described exercise data processing module comprises a distance processing module, an average velocity processing module and a real-time speed processing module; Described distance processing module extracts the distance numerical value that travels in the last record in the described data analysis logging modle, and is converted into the distance numerical value take km as unit; Described average velocity processing module is divided by travel distance numerical value and time in the last record in the described data analysis logging modle and is obtained an average velocity numerical value take " meter per second " as unit; Described real-time speed processing module is divided by travel distance numerical value and time in the each time record in the described data analysis logging modle and is obtained the average velocity numerical value take " meter per second " as unit for each record.
Described exercise data processing module also comprises a real-time data record module; Described real-time data record module is with each record in the described data analysis logging modle and process the average velocity numerical value for each record that obtains through described real-time speed processing module and be integrated into a three-dimensional array and carry out record, described each three-dimensional record comprises that the distance numerical value that travels, the time numerical value corresponding with distance numerical value reach and the two corresponding average velocity numerical value, described each three-dimensional array is with W(S, T, R) array form storage is with W
n(S
n, T
n, R
n) represent record the n time, wherein n is more than or equal to 1, T
nThe time of recording in the timing module when expression is recorded each time, S
nExpression T
nThe distance of non-automotive vehicle in time, R
nExpression T
nAverage velocity in time; The distance numerical information S that travels in the described each time record
nTake rice as unit, the real-time time T in the described each time record
nTake second as unit, R
nTake meter per second as unit.
Described kinematic parameter comprises the distance of travelling, running time, average velocity; Described output display module with the kinematic parameter output display on mobile terminal display screen; The distance numerical value that travels that described output display module obtains described distance processing module processing reaches with this time corresponding to distance numerical value of travelling and outputs to the mobile terminal display screen demonstration; Described output display module is also exported described average velocity processing module and is processed the average velocity numerical value that obtains and show to mobile terminal display screen; Described output display module arranges the sample interval that module arranges according to described real-time speed sampling, be recorded as starting point with first of described real-time data record module, take this sample interval as the interval, extract a plurality of records, and be X-axis, speed take the time as transverse axis as the longitudinal axis be Y-axis, with extract each the record in average velocity be ordinate as horizontal ordinate, time, find out its point corresponding in X-axis, the determined plane of Y-axis, with a level and smooth curve each point is coupled together, obtain speed and time plot on the two dimensional surface; Described output display module outputs to mobile terminal display screen with this curve map and shows.
Exercise data monitoring system of the present invention is more easy to carry than traditional monitoring equipment, uses simply, and is effective and rapid, can provide real time data for the user, for the user brings convenience.
The above; only be the better embodiment of the present invention; but protection scope of the present invention is not limited to this; anyly be familiar with those skilled in the art in the technical scope that the present invention discloses; be equal to replacement or change according to technical scheme of the present invention and inventive concept thereof, all should be encompassed within protection scope of the present invention.
Claims (10)
1. exercise data monitoring system comprises a portable terminal and one and the monitoring device that is used of described portable terminal, and portable terminal has a display screen, it is characterized in that,
Described monitoring device monitoring bicycle motion conditions, and to the signal of portable terminal transmission one for calculating bicycle operation distance information;
Described portable terminal comprises that one arranges module, one signal receiving module, one timing module that is electrically connected with signal receiving module, a filter that is electrically connected with the signal receiving module processing module of making an uproar, one with the filter analog-to-digital conversion module that processing module is electrically connected of making an uproar, a data analysis logging modle that is electrically connected with analog-to-digital conversion module, an exercise data processing module that is electrically connected with the data analysis logging modle and an output display module that is electrically connected with the exercise data processing module;
The described module that arranges arranges real-time parameter according to user's actual motion situation; Described signal receiving module receives signal that described monitoring device sends and this signal is transferred to the filter processing module of making an uproar and processes, and simultaneously this signal is transferred to described timing module and starts timing; Signal after the processing module of making an uproar is after filtration processed is sent to analog-to-digital conversion module and is converted to a digital signal, described data analysis logging modle is analyzed and record motion distance information according to described digital signal, described exercise data processing module is processed recorded data in the described data analysis logging modle, obtains at least one kinematic parameter in the whole motion process; Described output display module is processed the kinematic parameter output display that obtains on mobile terminal display screen with described exercise data processing module.
2. exercise data monitoring system according to claim 1 is characterized in that, described data analysis logging modle also is electrically connected with timing module;
Described data analysis logging modle is whenever received once the digital signal that described analog-to-digital conversion module transmits, just access timing module one time, described data analysis logging modle obtains a current driving distance numerical information according to described digital signal, and real-time time and this distance numerical information that travels that timing module in this visit process records is combined into line item as a two dimension;
Described each time the record in the distance numerical information that travels take rice as unit, described each time the record in real-time time take second as unit.
3. exercise data monitoring system according to claim 2 is characterized in that,
Described monitoring device comprises an induction module and a signal transmitting module that is electrically connected with induction module;
Described induction module induction Wheel for non maneuverable vehicle rotates, and in every one week of rotation, described induction module produces a pulse signal; Described signal transmitting module sends to described signal receiving module with this pulse signal, and portable terminal calculates described non-automotive vehicle distance numerical information according to described pulse signal.
4. exercise data monitoring system according to claim 3 is characterized in that,
The described real-time parameter that the module setting is set comprises described Wheel for non maneuverable vehicle girth and the sample interval of calculating real-time speed; The described module that arranges comprises that a girth arranges module and real-time speed sampling arranges module;
Described girth arranges module according to actual conditions, and the used Wheel for non maneuverable vehicle girth of the current motion of user is set, and described girth is take rice as unit;
Described real-time speed sampling arranges module the sample interval of calculating real-time speed is set according to demands of individuals.
5. according to claim 3 or 4 described exercise data monitoring systems, it is characterized in that,
Described data analysis logging modle also with module be set be electrically connected;
The described module that arranges comprises a reseting module, and described reseting module is opened according to user's request, and when reseting module was opened, it sent control signal control data analysis logging modle to the data analysis logging modle and removes before this record data.
6. exercise data monitoring system according to claim 4 is characterized in that,
Described signal receiving module whenever receives a pulse signal, just this pulse signal being delivered to make an uproar processing module and analog-to-digital conversion module of filter processes, and obtain a digital signal, described data analysis logging modle is carried out simple addition according to the distance numerical value that described digital signal will represent before the numerical value of a wheel circumference distance of bicycle and the described data analysis logging modle once in the data of record, carries out record as the distance numerical value that travels in this record;
Described data analysis logging modle whenever receives a digital signal, just does once record.
7. exercise data monitoring system according to claim 5 is characterized in that;
Described signal receiving module whenever receives a pulse signal, just this pulse signal being delivered to make an uproar processing module and analog-to-digital conversion module of filter processes, and obtain a digital signal, described data analysis logging modle is carried out simple addition according to the distance numerical information that described digital signal will represent before the numerical value of a wheel circumference distance of bicycle and the described data analysis logging modle once in the data of record, carries out record as the distance numerical information that travels in this record;
Described data analysis logging modle whenever receives a digital signal, just does once record.
8. exercise data monitoring system according to claim 7 is characterized in that,
Described exercise data processing module comprises a distance processing module, an average velocity processing module and a real-time speed processing module;
Described distance processing module extracts the distance numerical value that travels in the last record in the described data analysis logging modle, and is converted into the distance numerical value take km as unit;
Described average velocity processing module is divided by travel distance numerical value and time in the last record in the described data analysis logging modle and is obtained an average velocity numerical value take " meter per second " as unit;
Described real-time speed processing module is divided by travel distance numerical value and time in the each time record in the described data analysis logging modle and is obtained the average velocity numerical value take " meter per second " as unit for each record.
9. exercise data monitoring system according to claim 8 is characterized in that,
Described exercise data processing module also comprises a real-time data record module;
Described real-time data record module is with each record in the described data analysis logging modle and process the average velocity numerical value for each record that obtains through described real-time speed processing module and be integrated into a three-dimensional array and carry out record, and described each three-dimensional record comprises the distance numerical value that travels, time numerical value and and the two the corresponding average velocity numerical value corresponding with distance numerical value.
10. exercise data monitoring system according to claim 9 is characterized in that,
Described kinematic parameter comprises the distance of travelling, running time, average velocity; Described output display module with the kinematic parameter output display on mobile terminal display screen;
The distance numerical value that travels that described output display module obtains described distance processing module processing reaches with this time corresponding to distance numerical value of travelling and outputs to the mobile terminal display screen demonstration;
Described output display module is also exported described average velocity processing module and is processed the average velocity numerical value that obtains and show to mobile terminal display screen;
Described output display module arranges the sample interval that module arranges according to described real-time speed sampling, be recorded as starting point with first of described real-time data record module, take this sample interval as the interval, extract a plurality of records, and take the time as X-axis, speed is Y-axis, with extract each the record in average velocity be ordinate as horizontal ordinate, time, find out its point corresponding in X-axis, the determined plane of Y-axis, with a level and smooth curve each point is coupled together, obtain speed and time plot on the two dimensional surface; Described output display module outputs to mobile terminal display screen with this curve map and shows.
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Cited By (1)
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|---|---|---|---|---|
| CN105717319A (en) * | 2016-01-25 | 2016-06-29 | 上海斐讯数据通信技术有限公司 | Train speed measuring system and method |
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