CN106474717B - The data processing user motion state-based approach - Google Patents

The data processing user motion state-based approach Download PDF

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CN106474717B
CN106474717B CN201610906024.2A CN201610906024A CN106474717B CN 106474717 B CN106474717 B CN 106474717B CN 201610906024 A CN201610906024 A CN 201610906024A CN 106474717 B CN106474717 B CN 106474717B
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data
user
steps
number
time
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CN106474717A (en
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张作勇
曹鹏飞
朱启凯
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江西博瑞彤芸科技有限公司
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Abstract

本发明实施例涉及种基于用户运动状态的数据处理方法,包括:用户终端接收运动传感装置采集第用户移动产生的加速度数据;加速度数据包括采集时间信息;获取预设统计时间的信息;根据采集时间信息和预设统计时间的信息,确定加速度数据中待统计的加速度数据;对待统计的加速度数据进行处理,得到预设统计时间内的累计步数数据;累计步数数据具有实际统计时间的信息;根据累计步数数据和累计步数阈值确定第用户的活跃年龄参考数据;根据活跃年龄参考数据和累计步数数据,生成活跃年龄参考显示信息,并显示。 Relates to data processing method based on user motion state species present embodiment of the invention, comprising: a user terminal receiving acceleration data acquisition means sensing the movement of the user of the mobile generated; includes acceleration data acquisition time information; obtaining preset time statistical information; according to the collected time information and a preset time statistical information, the acceleration data is determined to be counted in the acceleration data; treat acceleration data statistics, to give the number of steps accumulated statistical data within a preset time; step-number data has accumulated statistics information on the actual time ; step-number data and the accumulated total number of steps of the user according to the threshold value is determined with reference to the age of active transactions; the active age data and the reference data accumulated number of steps, with reference to the display information generating active age, and displayed.

Description

基于用户运动状态的数据处理方法 The data processing based on the user's motion state

技术领域 FIELD

[0001] 本发明涉及数据处理技术领域,尤其涉及一种基于用户运动状态的数据处理方法。 [0001] Technical Field The present invention relates to data processing, and particularly to a data processing method based on user motion state.

背景技术 Background technique

[0002] 随着时代的发展,生活质量的提高,健康问题越来越受到人们的关注。 [0002] With the development, improve the quality of life, health problems more and more people's attention. 拥有一个健康的体魄是每个人共同的梦想。 We have a healthy body is the common dream of every person.

[0003] 根据用户需求,业内已经开发了能够许多计步软件,对用户每天的行走步数进行记录,受到各类人群的广泛欢迎。 [0003] According to user needs, the industry has developed software capable of many pedometer, walking the user to record the number of steps each day, was widely welcomed by all types of people. 但此类软件仅仅能记录用户每天的行走步数,仅具有记步的功能,没有对步数进行分析和处理,从而使用户无法判断每天的运动量是否与年龄相匹配。 However, such software can only record the daily number of steps the user is walking, the step counter having only the function, not the number of steps of the analysis and processing, so that the user can not determine whether the amount of movement per day and age matched.

发明内容 SUMMARY

[0004] 本发明的目的是针对现有技术的缺陷,提供一种基于用户运动状态的数据处理方法,能够对用户的运动步数进行进一步的分析和处理,得到用户的活跃年龄,使得用户能够通过活跃年龄的数据显示,确定自己当前的运动量是否适当,从而对用户每天的运动量起到监督和引导的作用。 [0004] The object of the present invention is directed to drawbacks of the prior art, there is provided a data processing method based on user motion state, capable of further analysis and processing of the number of steps of the user motion to obtain the user's active age, enabling the user to by the age of active data, determine your current physical activity is appropriate, so that the user guide and the amount of exercise play a supervisory role of each day.

[0005] 有鉴于此,本发明实施例提供了一种基于用户运动状态的数据处理方法,包括: [0005] In view of this, embodiments of the present invention provides a data processing method based on the user's motion state, comprising:

[0006] 用户终端接收运动传感装置采集第一用户移动产生的加速度数据;所述加速度数据包括采集时间信息; [0006] The user terminal receives the acceleration data acquisition of the first motion sensing device to generate a mobile user; said acquisition time information comprises acceleration data;

[0007] 获取预设统计时间的信息; [0007] obtain statistical information preset time;

[0008] 根据所述采集时间信息和所述预设统计时间的信息,确定所述加速度数据中待统计的加速度数据; [0008] The time information and the statistical information preset time, the acceleration data is determined to be counted according to the acceleration data acquisition;

[0009] 对所述待统计的加速度数据进行处理,得到所述预设统计时间内的累计步数数据;所述累计步数数据具有实际统计时间的信息; [0009] for the acceleration of the statistical data to be processed, the predetermined accumulated number of steps to obtain the data in a statistical time; step-number data with the accumulated statistics information on the actual time;

[0010] 根据所述累计步数数据和累计步数阈值确定所述第一用户的活跃年龄参考数据; [0010] determines the first active user data according to the age of the reference data and the accumulated number of steps accumulated number of steps threshold;

[0011] 根据所述活跃年龄参考数据和所述累计步数数据,生成活跃年龄参考显示信息, 并显示。 [0011] The active age of the reference data and the accumulated number of steps data to generate display information reference active age, and displayed.

[0012] 优选的,所述运动传感装置具体为加速度传感器,内置于所述用户终端中,所述用户终端接收运动传感装置采集第一用户移动产生的加速度数据具体包括: Acceleration data [0012] Preferably, the motion sensing device in particular an acceleration sensor, built in the user terminal, the user terminal receives a first motion sensing device collecting user generated movement comprises:

[0013] 所述用户终端实时接收运动传感装置采集第一用户移动产生的加速度数据。 [0013] The user terminal receives real-time motion sensing device acquiring a first acceleration data generated by the mobile user.

[0014] 优选的,所述运动传感装置具体为外置运动传感装置,在所述用户终端接收运动传感装置采集第一用户移动产生的加速度数据之前,所述方法还包括: Before [0014] Preferably, the motion sensing device specifically external motion sensing device, receives acceleration data acquisition of the first motion sensing device to generate a mobile user in the user terminal, the method further comprising:

[0015] 建立所述用户终端与所述运动传感装置之间的数据连接。 [0015] establishing a data connection between the user terminal and the motion sensing device.

[0016] 优选的,所述预设统计时间的信息包括统计起始时间的信息和统计结束时间的信息,所述方法还包括; _7] f达廳纟紐结束_时,麵職活轉生成活跃年龄参考存储数据,并存储在数据库中。 [0016] Preferably, the preset information includes statistical information about the time of the statistics start time information and end time statistics, the method further comprises; _7] f the end of New York Office _ when Si, surface level generated jointed active age reference data storage, and stored in a database. '奴w 卫规双烟, _8]优选的,所述方法还包括:在到达所述统计结束时间之后,将所述累计步数数置为0。 'Slave w double cigarette health regulations, _8] Preferably, the method further comprising: after reaching the end time of the statistics, the number of steps accumulated number is set to 0. _9]健的,所述累计步数阈值为多个,每个累计步数阈值对应一个活跃年龄或活跃年龄区间;腿棚臟累计频麵縛计步_細定臟第—用户嘛跃年龄参考数据具体为: _9] Jian, the accumulated number of steps a plurality of threshold values, each threshold value corresponding to the accumulated number of steps or a active age active age interval; Mianfu leg shed dirty cumulative frequency count of dirty Xiding Step _ - User Reference Well Yue Age data specifically:

[0020]根据所述累计步数数据确定相对应的累计步数阈值; [0020] The accumulated number of steps corresponding to the threshold of the accumulated number of steps determined according to the data;

[0021]根据所述累计步数阈值得到所述第—用户当前所处的活跃年龄或活跃年龄区间。 [0021] It is worth to the first threshold according to the accumulated number of steps - the user is currently in active age or active age interval.

[0022]鶴的,所述根据所述累计步数麵和累计步数阈值确定所述第一用户的活跃年龄参考数据具体为: _]棚臟累计步数数据的实际统计时间和所述预设统计时间的比例,以及所述累计步数数据,得到预测累计步数数据; [0022] crane, the active age determination reference data of the first user based on the accumulated number of steps accumulated number of steps and surface specific threshold value as: _] Actual time statistics shed dirty data accumulated number of steps and the pre- statistical time ratio set, and the accumulated number of steps data accumulated number of steps to obtain the predicted data;

[0024]根据所述预测累计步数数据和所述累计步数阈值得到所述第一用户当前所处的活跃年龄或活跃年龄区间。 [0024] It is worth to the first user is currently active or active age Age interval at which accumulated number of steps based on the prediction data and the accumulated number of steps threshold.

[0025]优选的,所述方法还包括: [0025] Preferably, the method further comprising:

[0026]接收用户输入的用户信息;所述用户信息包括所述第一用户的用户ID; [0026] The receiving user information input by a user; the user information includes a user ID of the first user;

[0027]根据所述用户ID获取所述第一用户的运动习惯统计数据。 [0027] obtaining the first user data based on the statistical exercise habits user ID.

[0028]进一步优选的,所述根据所述累计步数数据和累计步数阈值确定所述第一用户的活跃年龄参考数据具体为: [0028] Further preferably, the determination reference data of the first user according to said active age specific data and the accumulated number of steps accumulated number of steps threshold:

[0029]根据所述运动习惯统计数据、所述累计步数数据的实际统计时间、所述预设统计时间,以及所述累计步数数据,得到预测累计步数数据; [0029] The statistical data to the exercise habits, the actual statistics accumulated time of step-number data, the preset count time, and the accumulated number of steps data accumulated number of steps to obtain the predicted data;

[0030]根据所述预测累计步数数据和所述累计步数阈值得到所述第一用户当前所处的活跃年龄或活跃年龄区间。 [0030] It is worth to the first user is currently active or active age Age interval at which accumulated number of steps based on the prediction data and the accumulated number of steps threshold.

[0031]本发明实施例提供的基于用户运动状态的数据处理方法,能够对用户的运动步数进行进一步的分析和处理,得到用户的活跃年龄,使得用户能够通过活跃年龄的数据显示, 确定自己当前的运动量是否适当,从而对用户每天的运动量起到监督和引导的作用。 [0031] The data processing method based on the user motion state according to an embodiment of the present invention, further analysis and processing of the movement number of steps of the user to obtain the user's active age, so that the user can be displayed through the active age data, to determine their the current exercise is appropriate, so that the user guide and the amount of exercise play a supervisory role of each day.

附图说明 BRIEF DESCRIPTION

[0032]图1为本发明实施例提供的基于用户运动状态的数据处理方法流程图。 [0032] FIG. 1 data processing method based on the user motion state according to an embodiment of the present invention, a flow chart.

具体实施方式 Detailed ways

[0033]下面通过附图和实施例,对本发明的技术方案做进一步的详细描述。 [0033] The following drawings and embodiments, detailed description of the further aspect of the present invention.

[0034]本实施例提供基于用户运动状态的数据处理方法,实现于用户终端的应用中。 [0034] The present embodiment provides a data processing method based on the motion state of the user, the application implemented in the user terminal. 常用的用户终端包括:智能手机和智能手表。 Common user terminal include: smart phones and smart watches. 图1为本发明实施例提供的基于用户运动状态的数据处理方法流程图,如图1所示,主要步骤包括: Flowchart of a data processing method based on the user's motion state of FIG. 1 according to an embodiment of the present invention, shown in Figure 1, the main steps comprising:

[0035]步骤110,用户终端接收运动传感装置采集第一用户移动产生的加速度数据。 [0035] Step 110, the user terminal receives a first motion sensing device acquired acceleration data generated by the mobile user. > [0036]其中,运动传感装置可以为加速度传感器,内置在用户终端中。 > [0036] wherein the motion sensing device may be an acceleration sensor, built in the user terminal. 在运动传感装置采集用户加速度数据之前,用户首先需在用户终端输入采集指令,运动传感装置根据接收到的采集指令,采集第一用户移动产生的加速度数据,其中,在采集加速度数据的同时记录米集的时间信息。 Before the motion sensing device user acceleration data acquired, the user first need to input the user terminal acquiring instruction, the motion sensing apparatus according to the collected received instruction, a first user of a mobile data acquisition acceleration generated, wherein the acceleration data acquired at the same time recording time information meter sets. -

[0037] 运动传感装置也可以为外置运动传感装置,外置运动传感装置与用^终栖之间可以通过有线或无线方式相连接,比如外置运动传感装置可以为运动手环,在运动传感装置采集用户加速度数据之前,可以先通过蓝牙建立用户终端与运动手环之间的数据连接,用户运动时,运动手环对用户的加速度数据进行采集,然后通过蓝牙传输给用户终端。 [0037] The motion sensor means may be external, motion sensing device, and an external motion sensor means may be connected by ^ a wired or wireless manner between the end habitat, such as motion sensing device may be external the hand movement ring, the movement sensing means before the acceleration data acquired user can establish a data connection between a first user terminal via Bluetooth bracelet motion, user motion, motion acceleration bracelet user data acquisition, and then to transfer via Bluetooth user terminal.

[0038] 步骤120,获取预设统计时间的信息。 [0038] Step 120, the time information acquiring preset statistics.

[0039] 其中,预设统计时间的信息包括统计起始时间的信息和统计结束时间的信息。 [0039] The preset time statistical information includes statistical information and statistical information about the start time of the end of time. 预设统计时间的信息可以是系统设定的,也可以是用户根据需要在用户终端上设定的,比如, 预设统计时间可以为1天,设定预设统计时间为24小时,统计起始时间的信息为9月1曰0 : 00:00,统计结束时间的信息为9月1日23:59:59;预设统计时间还可以为1周,设定预设统计时间为1周,统计起始时间的信息为9月1日0: 〇〇: 〇〇,统计结束时间的信息9月8日0:00:00。 Statistics preset time information may be set by the system, the user may be set as desired on the user terminal, for example, the predetermined time may be one day count, you set a default time of 24 hours statistics, statistics from information start time is September 1, saying 0: 00:00 information, statistics time is 23:59:59 on September 1st; preset time statistics may also be one week, set the default statistics for 1 week , the statistics start time for the Sept. 1 0: took office: took office, the statistics end time information September 8 0:00:00.

[0040] 步骤130,根据采集时间信息和预设统计时间的信息,确定加速度数据中待统计的加速度数据。 [0040] Step 130, the information acquisition time information and a preset time statistics, acceleration data of acceleration data is determined to be counted.

[0041] 具体的,首先根据预设统计时间的信息找到与其相匹配的采集时间信息,再根据采集时间信息确定该采集时间内的加速度数据为待统计的加速度数据。 [0041] Specifically, first find the acquisition time information matches the information with its preset count time, and then determining the acceleration data in the acceleration data acquisition time is to be counted according to the collected time information. 在一个具体的例子中,预设统计时间的信息为24小时,统计起始时间的信息为9月1日0:00 :00,统计结束时间的信息为9月1日23:59:59,则根据统计起始时间的信息和统计结束时间的信息找到采集时间信息9月1日〇:〇〇:〇〇至9月1日23:59:59的加速度数据,确定该采集时间的加速度数据为待统计的加速度数据,对非预设统计时间内的加速度数据不进行统计。 In a specific example, statistical information preset time of 24 hours, the statistics start time is at 0:00 on September 1: 00, the statistics end time is 23:59:59 on September 1, according to the statistics start time information and statistics end time to find the information acquisition time September 1 billion: took office: thousand and acceleration data to September 1 23:59:59 determines the acceleration of data acquisition time acceleration data to be counted, the preset acceleration data for non-time statistics are not statistics.

[0042]步骤140,对待统计的加速度数据进行处理,得到预设统计时间内的累计步数数据。 [0042] Step 140, the acceleration data statistical treatment, to give the number of steps accumulated statistical data within a preset time.

[0043]具体的^运动传感装置可以为三轴加速度传感器,能够采集用户步行中三个方向的加速度变化,米集频率为预设,比如设定采集频率为2〇〇ms*5〇〇ms,用户终端首先计算三个加度的矢量长度,从而得到一条用户运动中的正弦曲线轨迹;再通过矢量长度变化,判断目如加速度的方向与上^一次保存的加速度方向进行比较,如果方向相反,即是刚过峰值状态肩通入计步職肺计步,测舍弃,顧繼峰腿漏施姻爾纟紐时间内的累计步数数据,其中得到的累计步数数据包含了实际统计时间信息。 [0043] Specifically ^ motion sensing means may be a three-axis acceleration sensor capable of capturing a change in the user walks acceleration in three directions, rice set to default frequency, such as the acquisition frequency is set 2〇〇ms * 5〇〇 MS, the user terminal first calculates vector length plus three degrees, resulting in a sinusoidal trajectory of a user in motion; through the vector length change, is determined as the direction of head acceleration is compared with the direction of the acceleration ^ last saved, if the direction Conversely, that is, a state just after the peak shoulder into the lung level pedometer step counter, measuring discarded, Gu Jifeng leg benzoin accumulated number of steps applied to the drain in Seoul Si Zealand time data, wherein the data accumulated number of steps obtained time information contains the actual statistics . y〇〇44j步骤15〇,根据累i+频数撕卩累计步細彳鋪錄—用户_跃年龄参考麵。 y〇〇44j step 15〇 The tired i + cumulative frequency tear Jie fine left foot step record shop - _ user jump Age reference plane. n 步^值为斜,每个累计频贿对应—个舰年龄赖跃年龄区=射咖的信息为M小时,累计频在啦步时1.2万至L3万,对应的为;^ 活跃年龄为37岁;累计步数阈值为丁⑽織年龄为35岁;累抽数阈值为丨•3万至丨•彳万,对应的活跃年龄为33岁;^计步数阈值为丨.4万至i • 5万,对应的活跃年龄为31岁;累计步数在丨• 5万至3万步时,设走累计步数阈值为1 • 5万至1 •6万,对应的活跃年龄为四岁,设定累计步数阈值.6 万至1 • 7万,对应的活跃年龄为27岁,设定累计步数阈值为1.7万至1.8万,对应的活跃年龄为25岁,设定累计步数阈值为1_8万至2万,对应的活跃年龄为24岁,设定累计步数阈值为2 万至2.5万,对应的活跃年龄为22岁,设定累计步数阈值为2.5万至3万,对应的活跃年龄为2〇岁;设定累计步数阈值大于3万步,对应的活跃年龄为18岁。 Step n ^ is inclined, each corresponding to a cumulative frequency bribe - a ship depends Age Age jump = exit zone information for M coffee hours, when the cumulative frequency at step 12000 it to L3 million and corresponds to; ^ active age 37 years old; total number of steps threshold butoxy ⑽ woven age 35 years; the number of pumping accumulated threshold Shu Shu • • 3 million to ten thousand left foot, corresponding to the active age was 33 years; ^ step count number threshold value Shu million to .4 i • 5 million and the corresponding active age is 31 years old; the cumulative number of steps in the Shu • 5 Wan Zhi 3 million steps, let go the cumulative number of steps threshold 1 • 5 Wan Zhi 1 • 6 million and corresponding active age four years old, the cumulative number of steps to set the threshold .6 Wan Zhi 1 • 7 million and the corresponding active age of 27 years, the cumulative number of steps set the threshold 17000-18000, corresponding active age is 25 years old, set the cumulative step 1_8 threshold number 10,000 to 20,000, corresponding to 24 years of age is active, the threshold value is set to the cumulative number of steps from 20,000 to 25,000, corresponding to the active age of 22, the threshold value is set to the cumulative number of steps 25000-30000 the corresponding active age 2〇 years old; the cumulative number of steps to set the threshold value is greater than 30,000 steps, corresponding to the active age is 18 years old.

[0046]在一个具体的例子中,可以根据用户的累计步数数据确定相对应的累计步数阈值'再根据累计步数阈值得到用户当前所处的活跃年龄或活跃年龄区间,比如:在预设统计时间的信息24小时内的累计步数数据为125S4步,则确定累计步数数据12584步相对应的累计步数阈值为1 • 2万至1.3万,该累计步数阈值对应的活跃年龄为35岁,从而确定累计步数数据为12584步的用户当前所处的活跃年龄为35岁。 [0046] In one specific example, may be determined corresponding to the accumulated number of steps threshold value based on the integrated step number data of the user 'again worth to the user is currently in active age or active age interval based on the accumulated number of steps threshold, such as: the pre- accumulated number of steps data within the set of statistical time information 24 hours 125S4 step, it is determined that the accumulated number of steps data 12584 steps corresponding to the accumulated number of steps threshold 1 • 2 million to 13,000 the total number of steps corresponding to the threshold active age 35 years old, to determine the cumulative data for the number of steps 12584 steps a user is currently in active age is 35 years old.

[0047]、此外,在另一个具体的例子中,还可以根据累计步数数据的实际统计时间和预设统计时间的比例,以及累计步数数据,得到用户的预测累计步数数据,再根据预测累计步数数^和累计步数阈值得到用户当前所处的活跃年龄或活跃年龄区间。 [0047] In addition, in another example, and may also be preset proportion of statistical time, and the accumulated data based on the actual number of steps accumulated number of steps statistical time data, cumulative number of steps to obtain the predicted data of the user, then in accordance with predict the cumulative number and cumulative number of steps ^ threshold is a few steps to the currently active user age or active age range is located. 比如:预设统计时间的信息为24小时,统计起始时间的信息为〇: 00: 〇〇,统计结束时间的信息为23: S9:59,实际统计/时间为8:00:〇〇,累计步数数据为1500步,实际统计时间为预设统计时间的三分之一, 因此得到用户在预设统计时间的预测累计步数数据为45〇〇步,预测累计步数数据45〇〇步对应的累计步数阈值为4千至5千,对应的活跃年龄为51岁。 For example: the preset time statistical information for 24 hours, starting time statistical information for the square: 00: took office, information statistics end time is 23: S9: 59, actual statistics / time of 8:00: took office, data accumulated number of steps of 1500 steps, real time statistics statistics default one-third of the time, so users get the preset number of steps to predict the cumulative time statistics for 45〇〇 step, predict the cumulative number of steps data 45〇〇 step accumulated number of steps corresponding to threshold 4,000 and 50 million, corresponding to the active age was 51 years.

[0048]对于运动量平均的用户来说,可以采用上述根据累计步数数据的实际统计时间和预设统计时间的比例计算活跃年龄的方法进行计算。 [0048] For the average user of the exercise, the method of calculating the age of the actual active time accumulation statistics of the step-number data and a preset time ratio of the statistical calculation may be employed.

[0049]对于运动量不平均的情况,本发明实施例还提供了一种较为优选的方案,通过学习用户的运动习惯,更加准确的对用户的活跃年龄进行计算,从而得到准确的结果。 [0049] For the case where the average motion amount is not, embodiments of the present invention further provides a more preferred embodiment, more accurate active age of the user is calculated by learning the user's exercise habits to obtain accurate results.

[0050] +具体的,在运动传感装置采集加速度数据之前,用户需在用户终端的登录界面输入用户信息,用户信息包括第一用户的用户ID,用户终端可以根据用户1〇获取用户的运动习惯统计数据;然后根据运动习惯统计数据、累计步数数据的实际统计时间、预设统计时间,以及累计^数数据,得到预测累计步数数据;再根据预测累计步数数据和累计步数阈值得到用户^前所处的活跃年龄或活跃年龄区间;比如11;)为5467467的用户,根据运动习惯统计数据显示用户上午运动量占全天运动量的四分之三,预设统计时间的信息为24小时,统计起始时间的信息为0:00:00,统计结束时间的信息为23 : 59: 59,实际统计时间为丨2: 〇〇: 〇〇,累计步数数据为63〇0步,则确定预测累计步数数据为8〇〇〇步,而不是丨况⑽步,预测累计步数数据8400步对应的累计步数阈值为8千至9千 [0050] + Specifically, the motion sensing device before collecting acceleration data, the user must enter user information in the user terminal login interface, the user information comprising a first user's user ID, the user terminal may obtain the user's motion 1〇 user customary statistics; and statistics the exercise habits, the actual accumulated statistical time step-number data is preset count time, and the accumulated ^ number data to obtain the predicted cumulative step count data; then according to the predicted integration step-number data and the accumulated number of steps threshold get active user ^ age or before which the active age range; for example 11;) to 5,467,467 users, according to statistics exercise habits information user accounts for three-quarters of the morning drive to physical activity throughout the day, preset statistical time is 24 hours, information statistics start time 0:00:00, information statistics time is 23: 59: 59, real time statistics Shu 2: took office: took office, the cumulative number of steps data 63〇0 step, it is determined that the prediction data accumulated number of steps 8〇〇〇 step, instead of step ⑽ Shu conditions, forecast data accumulated number of steps corresponding to step 8400 accumulated number of steps threshold is one thousand eight 1000-9 得到的活跃年龄为43岁。 The resulting active age was 43 years old.

[0051]步骤160,根据活跃年龄参考数据和累计步数数据,生成活跃年龄参考显示信息, 并显示。 [0051] Step 160, in accordance with the reference data and the accumulated active age step-number data, to generate the reference active age display information and displays.

[0052^具体的,根据累计步数数据为8000步,活跃年龄参考数据为43岁,生成活跃年龄参考^示信息“8000步活跃年龄43岁”,并将活跃年龄参考显示信息在用户终端进行显示。 [0052 ^ Specifically, the step-number data based on the integrated step 8000, the reference data active age was 43 years, generating active age information shown with reference to ^ "Step 8000 Active 43 years old", and reference active age information displayed in a user terminal display. 该可以以文字方式、表格方式或者图标形式等实现。 This can be achieved as text, tabular form or as icons and so on. 显示信息除了显示活跃年龄参考显示信息之外,还可以包括此次测试的用户11},以及根据用户ID对应得到的用户活跃年龄变化曲线等。 In addition to displaying the display information to displaying active age reference information, the user may further include a test 11}, and the active age curve obtained according to a user corresponding to the user ID and the like.

[0053]在到达统计结束时间之后,将累计步数数据重置为〇,进行下一个预设统计时间加速度数据的米集。 [0053] After the arrival statistics time, cumulative data is reset to the square number of steps, carried out at a predetermined statistical time of the acceleration data sets meters.

[0054] 此外,在到达统计结束时间时,将活跃年龄参考数据和所述累计步数数据,生成活跃年龄参考存储数据,并根据用户ID存储在数据库中,对用户每天的运动量和活跃年龄进行记录,方便用户了解自身的健康状况。 [0054] Further, upon reaching the end time statistics, the active age data and the reference data accumulated number of steps to generate active age storing reference data, and the user ID stored in the database, and the amount of exercise of the user's daily active age records to facilitate users to understand their own health status.

[0055] 本发明实施例提供的基于用户运动状态的数据处理方法,能够对用户的运动步数进行进一步的分析和处理,得到用户的活跃年龄,使得用户能够通过活跃年龄的数据显示, 确定自己当前的运动量是否适当,从而对用户每天的运动量起到监督和引导的作用。 [0055] The data processing method based on the user motion state according to an embodiment of the present invention, further analysis and processing of the movement number of steps of the user to obtain the user's active age, so that the user can be displayed through the active age data, to determine their the current exercise is appropriate, so that the user guide and the amount of exercise play a supervisory role of each day.

[0056] 专业人员应该还可以进一步意识到,结合本文中所公开的实施例描述的各示例的单元及算法步骤,能够以电子硬件、计算机软件或者二者的结合来实现,为了清楚地说明硬件和软件的可互换性,在上述说明中已经按照功能一般性地描述了各示例的组成及步骤。 [0056] professionals should also be further appreciated that, as disclosed herein in conjunction with units and algorithm steps described exemplary embodiments, by electronic hardware, computer software, or a combination thereof. In order to clearly illustrate hardware and software interchangeability, in the above description, according to functions generally described compositions and steps of the examples. 这些功能究竟以硬件还是软件方式来执行,取决于技术方案的特定应用和设计约束条件。 Whether these functions are performed by hardware or software depends upon the particular application and design constraints of the technical solutions. 专业技术人员可以对每个特定的应用来使用不同方法来实现所描述的功能,但是这种实现不应认为超出本发明的范围。 Professional technical staff may use different methods for each specific application to implement the described functionality, but such implementation should not be considered outside the scope of the present invention.

[0057]结合本文中所公开的实施例描述的方法或算法的步骤可以用硬件、处理器执行的软件模块,或者二者的结合来实施。 [0057] The steps of a method or algorithm described in the embodiments disclosed herein may be implemented in hardware, or a combination thereof, in a software module executed by a processor to implement. 软件模块可以置于随机存储器(RAM)、内存、只读存储器(ROM)、电可编程ROM、电可擦除可编程ROM、寄存器、硬盘、可移动磁盘、CD-ROM、或技术领域内所公知的任意其它形式的存储介质中。 A software module may be placed in a random access memory (RAM), a memory, a read only memory (ROM), electrically programmable ROM, an electrically erasable programmable ROM, a register, a hard disk, a removable disk, CD-ROM, or within the technical field known any other form of storage medium.

[0058]以上所述的具体实施方式,对本发明的目的、技术方案和有益效果进行了进一步详细说明,所应理解的是,以上所述仅为本发明的具体实施方式而己,并不用于限定本发明的保护范围,凡在本发明的精神和原则之内,所做的任何修改、等同替换、改进等,均应包含在本发明的保护范围之内。 [0058] The foregoing specific embodiments, objectives, technical solutions, and advantages of the invention will be further described in detail, it should be understood that the above descriptions are merely specific embodiments of the present invention and have not used limit the scope of the present invention, all within the spirit and principle of the present invention, any changes made, equivalent substitutions and improvements should be included within the scope of the present invention.

Claims (7)

1. 一种基于用户运动状态的数据处理方法,其特征在于,所述方法包括: 用户终端接收运动传感装置采集第一用户移动产生的加速度数据;所述加速度数据包括米集时间彳目息; 获取预设统计时间的信息; 根据所述采集时间信息和所述预设统计时间的信息,确定所述加速度数据中待统计的加速度数据; 对所述待统计的加速度数据进行处理,得到所述预设统计时间内的累计步数数据;所述累计步数数据具有实际统计时间的信息; 根据所述累计步数数据和累计步数阈值确定所述第一用户的活跃年龄参考数据; 根据所述活跃年龄参考数据和所述累计步数数据,生成活跃年龄参考显示信息,并显不0 A data processing method based on user motion state, wherein the method comprises: the user terminal receives a first motion sensing device collecting user generated movement acceleration data; said data comprising acceleration meters left foot entry time information set ; Get a preset time statistical information; acquisition time information according to the statistical information and the preset time, the acceleration data is determined to be counted in the acceleration data; said acceleration data to be processed statistically to give the said predetermined number of steps accumulated statistical data in time; step-number data with the accumulated statistics information on the actual time; active age determining the reference data of the first user data based on the accumulated number of steps and the accumulated number of steps threshold; according to the active age data and the reference data accumulated number of steps, with reference to the display information generating active age, and no significant 0
2. 根据权利要求1所述的基于用户运动状态的数据处理方法,其特征在于,所述运动传感装置具体为加速度传感器,内置于所述用户终端中,所述用户终端接收运动传感装置采集第一用户移动产生的加速度数据具体包括: 所述用户终端实时接收运动传感装置采集第一用户移动产生的加速度数据。 The data processing method based on the motion state of the user according to claim 1, wherein said motion sensing means in particular an acceleration sensor, built in the user terminal, the user terminal receives the motion sensing device acquiring a first acceleration data generated by the mobile user comprises: the user terminal receives real-time acceleration data acquisition of the first motion sensing device to generate a user of the mobile.
3. 根据权利要求1所述的基于用户运动状态的数据处理方法,其特征在于,所述运动传感装置具体为外置运动传感装置,在所述用户终端接收运动传感装置采集第一用户移动产生的加速度数据之前,所述方法还包括: 建立所述用户终端与所述运动传感装置之间的数据连接。 A data processing method based on the motion state of the user according to claim 1, wherein said motion sensing means particularly external, motion sensing device, the terminal receives a first motion sensing device collecting the user before acceleration data generated by the mobile user, said method further comprising: establishing a data connection between the user terminal and the motion sensing device.
4. 根据权利要求1所述的基于用户运动状态的数据处理方法,其特征在于,所述预设统i十时间的信息包括统计起始时间的信息和统计结束时间的信息,所述方法还包括; 在到达所述统计结束时间时,根据所述活跃年龄参考数据和所述累计步数数据,生成活跃年龄参考存储数据,并存储在数据库中。 A data processing method based on the motion state of the user according to claim 1, wherein the predetermined system information includes information of time i + statistics start time information and end time statistics, the method further comprising; statistics on the arrival of the end time, based on the active age data and the reference data accumulated number of steps to generate active age storing reference data, and stored in a database.
5. 根据权利要求4所述的基于用户运动状态的数据处理方法,其特征在于,所述方法还包括:在到达所述统计结束时间之后,将所述累计步数数据重置为〇。 The data processing method based on the user's motion state according to claim 4, characterized in that the method further comprises: after reaching the end time statistics, the accumulated number of steps data is reset to square.
6. 根据权利要求1所述的基于用户运动状态的数据处理方法,其特征在于,所述累计步数_值为多个,每个累计步数阈值对应一个活跃年龄或活跃年龄区间;所述根据所述累计步数数据和累计步数阈值确定所述第一用户的活跃年龄参考数据具体为: 根据所述累计步数数据确定相对应的累计步数阈值; 根据所述累计步数阈值得到所述第一用户当前所处的活跃年龄或活跃年龄区间。 6. The data processing method based on the motion state of the user according to claim 1, wherein said plurality of accumulated number of steps _ value, each of the accumulated number of steps corresponding to a threshold active age or active age interval; the specifically, the accumulated number of steps and data accumulated number of steps of the first threshold value is determined with reference to user data according to active age: determining accumulated number of steps corresponding to the threshold value according to the accumulated number of steps transactions; worth to a threshold based on the accumulated number of steps the first user is currently active age or interval in which the active age. 、7、_根据权利要求1所述的基于用户运动状态的数据处理方法,其特征在于,所述根据所十步数数据和累计步数阈值确定所述第一用户的活跃年龄参考数据具体为: 根据所述累计步数数据的实际统计时间和所述预设统计时间的比例,以及所述累计步数数据,得到预测累计步数数据; 根据所述预测累计步数数据和所述累计步数阈值得到所述第一用户当前所处的活跃年龄或活跃年龄区间。 , 7, _ The data processing method based on the motion state of the user according to claim 1, wherein said determining the first user-specific data to the reference active age ten step-number data based on the accumulated number of steps and the threshold : according to the actual statistics of the accumulated time of the step-number data and the statistical time predetermined ratio, and the accumulated number of steps data accumulated number of steps to obtain the predicted data; accumulated number of steps based on the prediction data and the accumulated step said first threshold is the number to which the user is currently active age or active age interval.
8.根据权利要求丨所述的基于用户运动状态的数据处理方法,其特征在于,所述方法还包括: 接收用户输入的用户信息;所述用户信息包括所述第一用户的用户ID; 根据所述用户ID获取所述第一用户的运动习惯统计数据。 8. The data processing method according to Shu motion state of the user based on claim, wherein said method further comprises: receiving user information input by a user; the user information includes a user ID of the first user; The the user of the first user ID acquiring statistics exercise habits. 、、9•根据权利要求8所述的基于用户运动状态的数据处理方法,其特征在于,所述根据所述累计步数数据和累计步数阈值确定所述第—用户的活跃年龄参考数据具体为: 以及戶数据的实际统计时间、臓预设统计时间, 年龄计步数麵和所述累计频阈值得麵述第一用户当前所处的活跃 ,, 9 • The data processing method based on the user's motion state according to claim 8, wherein said determining said second number of steps based on the accumulated data and the accumulated number of steps threshold - active age data of the user specific reference as: statistical time and the actual user data, Zang preset count, the age count of the number of steps and surface cumulative frequency threshold is a first surface of said active user is currently located
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