CN104720783B - An exercise heart rate monitoring method and apparatus - Google Patents

An exercise heart rate monitoring method and apparatus Download PDF

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CN104720783B
CN104720783B CN 201310722313 CN201310722313A CN104720783B CN 104720783 B CN104720783 B CN 104720783B CN 201310722313 CN201310722313 CN 201310722313 CN 201310722313 A CN201310722313 A CN 201310722313A CN 104720783 B CN104720783 B CN 104720783B
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CN 201310722313
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CN104720783A (en )
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张玉洁
李凯
王俊艳
张志鹏
许利群
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中国移动通信集团公司
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Abstract

本发明公开了一种运动心率监控方法及设备,该方法包括:采集用户在运动过程中的运动心率;若确定采集到的用户在运动过程中的任一时刻的运动心率不小于该用户在该任一时刻的预设运动心率上限值或不大于该用户在该任一时刻的预设运动心率下限值,则进行告警;其中,该用户在该任一时刻的预设运动心率上限值或下限值根据该用户的体能特征以及该运动过程所需的运动强度而确定。 The present invention discloses a method and apparatus for moving a heart rate monitor, the method comprising: collecting user exercise heart rate during exercise; if the user determines collected at any one time during the movement of the user of the exercise heart rate is not less than the the upper limit at any one time is not larger than the preset exercise heart rate or the heart rate of the user at the predetermined movement at any one time limit, an alarm is generated; wherein the upper limit preset by the user in the exercise heart rate is at any one time or lower limit value is determined depending on the desired physical characteristics of the user's movement and exercise intensity. 在本方案中,由于可根据用户的体能特征、运动过程所需的运动强度等信息,灵活确定与各用户相匹配的正常运动心率范围,因而,可避免目前存在的心率阈值固定所导致的心率监控不准确的问题,提高心率监控的准确性。 In the present embodiment, since according to the physical characteristics of users, information of the motion intensity required for movement, flexibility is determined with the user matched normal exercise heart rate range, and thus, can avoid the heart rate existing heart rate threshold is fixed as a result of monitoring the problem of inaccurate, improve the accuracy of the heart rate monitor.

Description

_种运动心率监控方法及设备 _ Kind of exercise heart rate monitoring method and apparatus

技术领域 FIELD

[0001] 本发明涉及移动健康技术领域,尤其涉及一种运动心率监控方法及设备。 [0001] The present invention relates to the field of mobile health, particularly to a method and apparatus for moving a heart rate monitor.

背景技术 Background technique

[0002] 运动心率是指人体在运动时所保持的心率状态。 [0002] The heart rate is a heart rate of movement of the body in motion state maintained. 不管是有氧运动,还是无氧运动,为了达到最佳的运动效果以及保证运动安全,均需有一个较为合适的运动心率,以避免运动效果不佳以及运动过程中出现身体异常等问题。 Whether it is aerobic or anaerobic exercise, in order to achieve the best sports results and to ensure safe movement, we need to have a more appropriate exercise heart rate, in order to avoid the effect of exercise and poor physical abnormalities and other problems during exercise.

[0003]目前,为了确保用户运动时的运动心率处于合适的心率范围,常采用对用户所佩戴的心率带进行实时监测的方式,监测用户进行运动时的运动心率。 [0003] Currently, in order to ensure the exercise heart rate during user's motion in an appropriate heart rate range, often used way worn by a user with real-time monitoring of heart rate, heart rate monitors movement of the user movement. 具体地,当监测到用户的实时运动心率超过预设的固定阈值时则产生告警,以提醒用户运动心率异常。 Specifically, when detecting the user's real-time exercise heart rate exceeds a preset fixed threshold an alarm is generated to alert the user exercise heart rate abnormalities.

[0004] 但是,在采用上述方式进行运动心率的实时监测时,由于通常使用预设的一固定阈值来确定运动心率是否异常,并没有考虑不同运动强度下运动心率的差异(在不同运动强度下,同一用户所能达到的运动心率最大值通常并不相同)以及不同用户个体的心脏机体功能差异(由于用户个体差异,通常来说,任意两个用户的静止心率或运动心率相互并不一致),因此,若仍通过相同的预设阈值来判断运动心率是否异常,则会造成错判或误判等现象,导致对用户的运动心率所进行的监测并不准确。 [0004] However, when real-time monitoring exercise heart rate in the manner described above, which are usually preset a fixed threshold to determine exercise heart rate is abnormal, and does not consider the difference in exercise heart rate at different exercise intensity (at different exercise intensity , the same user can reach the maximum exercise heart rate is generally not the same) and cardiac function differences of the body of the individual user (user due to individual differences, in general, any two users in the resting heart rate or heart rate during exercise is not consistent with each other), Therefore, if the judge still exercise heart rate is abnormal, and so will result in miscarriage of justice or miscarriage of justice, and that leads to monitor the user's heart rate during exercise is not conducted through the same exact preset threshold.

发明内容 SUMMARY

[0005] 本发明实施例提供了一种运动心率监控方法及设备,用以解决目前存在的对用户的运动心率所进行的监测并不准确的问题。 Example [0005] The present invention provides a method and apparatus for moving a heart rate monitor, to solve the existing monitoring movement of the user's heart rate is not accurately performed problem.

[0006] 本发明实施例提供了一种运动心率监控方法,包括: [0006] Example embodiments of the present invention provides an exercise heart rate monitoring method, comprising:

[0007] 采集用户在运动过程中的运动心率; [0007] The motion capture user's heart rate during exercise;

[0008] 针对采集到的所述用户在所述运动过程中的任一时刻的运动心率,判断所述任一时刻的运动心率是否满足以下设定条件:不小于所述用户在所述任一时刻的预设运动心率上限值或不大于所述用户在所述任一时刻的预设运动心率下限值,则进行告警; [0008] collected for the user to exercise heart rate at any time during the movement of any of the exercise heart rate is determined whether a time the setting condition satisfies the following: the user is not less than any of the or not greater than the limit value in the user any time is a preset exercise heart rate at a preset time of exercise heart rate, an alarm is generated;

[0009] 其中,所述用户在所述任一时刻的预设运动心率上限值或预设运动心率下限值根据所述用户的体能特征以及所述运动过程所需的运动强度而确定。 [0009] wherein any of the user of the preset value or a preset lower rate limit movement of exercise heart rate is determined in a time depending on the desired physical characteristics of the user's exercise intensity and the exercise procedure.

[0010] 在本发明所述实施例中,由于可根据用户的体能特征以及运动过程所需的运动强度等信息,灵活确定与各用户相匹配的正常运动心率范围,因而,可避免目前存在的心率阈值固定所导致的心率监控不准确的问题,提高心率监控的准确性。 [0010] In the embodiment of the present invention, since the motion information according to the desired strength and physical characteristics of the user movement, with the flexibility to determine the user matched normal exercise heart rate range, and thus, can avoid the present heart rate threshold is fixed as a result of a heart rate monitor is not accurate, improve the accuracy of the heart rate monitor.

[0011] 具体地,通过以下方式确定所述用户在所述运动过程中的所述任一时刻的预设运动心率上限值以及预设运动心率下限值: [0011] In particular, the manner determined by the user during the movement of moving on either a preset time and a predetermined rate limit movement of the lower rate limit:

[0012] 根据所述用户的体能特征以及所述运动过程所需的运动强度,利用设定的运动心率数据模型,确定所述用户的初始运动心率、最大运动心率取值区间、从初始运动心率上升到最大运动心率的心率上升时长取值区间、维持最大运动心率不变的心率稳定时长取值区间、以及从最大运动心率下降到初始运动心率的心率恢复时长取值区间,并根据上述各参数,建立用于表示所述用户在所述运动过程中的运动心率随时间变化的正常取值区间的初始运动心率模型; [0012] Depending on the desired physical characteristics of the user and the exercise intensity during exercise, the heart rate data using the motion model set, determining an initial exercise heart rate of the user, the maximum value interval exercise heart rate, heart rate from an initial motion rises to the maximum value interval length exercise heart rate increased heart rate, to maintain a long time interval value interval length value, and the exercise heart rate decreased from the maximum to the initial movement of the maximum heart rate during exercise heart rate recovery heart rate stability constant, and based on the parameters establishing a model representing the initial user exercise heart rate in the exercise heart rate during exercise time varying value of the normal range;

[0013] 根据建立的所述初始运动心率模型,确定所述用户在所述运动过程的所述任一时刻的运动心率上限值以及运动心率下限值,并将所确定的所述用户在所述运动过程的所述任一时刻的运动心率上限值以及运动心率下限值,作为所述用户在所述运动过程中的所述任一时刻的预设运动心率上限值以及预设运动心率下限值。 [0013] The initial motion of the heart of the model, determining that the user exercise heart rate on any one of a time limit and a lower limit value of the exercise heart rate during exercise, the user and the determined at the movement of the exercise heart rate on any one of a time limit and a lower limit value of exercise heart rate, as the user of the said motion in either a preset upper limit value of the exercise heart rate and a preset time lower limit exercise heart rate.

[0014] 进一步地,所述方法还包括: [0014] Preferably, the method further comprising:

[0015] 若确定所述运动过程中未出现告警,且接收到所述用户在所述运动过程结束后反馈的、用于表示身体状态正常的反馈信息,则对第一运动心率曲线以及第二运动心率曲线进行拟合,以得到第三运动心率曲线,其中,所述第一运动心率曲线由采集到的所述用户在所述运动过程中的各运动心率所形成,所述第二运动心率曲线由所述用户在所述运动过程中的各时刻的预设运动心率上限值与预设运动心率下限值的平均值所形成;并 [0015] If it is determined during movement of the alarm does not appear, and the user receives feedback at the end of the movement, for feedback information representing normal physical condition, the heart rate of the first motion profile and a second curve fitting exercise heart rate, heart rate curve to obtain a third motion, wherein the first exercise heart rate curve formed by the acquisition of the user to each of the motion of the heart rate during exercise, the second exercise heart rate curve formed by the average heart rate of the user and a preset lower limit value of the moving rate limit preset motion each time during the movement of; and

[0016] 根据所述第三运动心率曲线,更新所述用户在所述运动过程中的任一时刻的预设运动心率上限值以及预设运动心率下限值。 [0016] According to the third exercise heart rate profile, to update any of the user during the movement of a predetermined timing and a predetermined upper rate limit movement of the lower rate limit motion.

[0017] 在本发明所述实施例中,由于可在确定所述运动过程中未出现告警,且接收到所述用户在所述运动过程结束后反馈的、用于表示身体状态正常的反馈信息时,对由采集到的所述用户在所述运动过程中的各运动心率所形成的第一运动心率曲线以及由所述用户在所述运动过程中的各时刻的初始预设运动心率上限值与初始预设运动心率下限值的平均值所形成的第二运动心率曲线进行拟合,以得到符合所述用户的体能特征的第三运动心率曲线,从而可进一步达到提高运动心率监测的实用性和准确性,并提高用户的个性化应用体验的目的。 [0017] feedback information in the embodiment, since the warning does not occur in the process of determining the movement, and receiving the user feedback at the end of the movement, for representing the normal state of the body in the embodiment of the present invention, when the heart rate limit curve from the first exercise heart rate of the user to collect each of the motion of the heart rate during exercise, and is formed each time by the user during the movement of the initial preset motion a value of the second motion limit curve and the average heart rate at the initial preset exercise heart rate formed by fitting, to obtain a third motion of the heart rate curve meet user's physical features, can be further improved to achieve exercise heart rate monitor practicality and accuracy, and the purpose of improving the user experience of personalized applications.

[0018] 具体地,对第一运动心率曲线以及第二运动心率曲线进行拟合,以得到第三运动心率曲线,包括: [0018] Specifically, the first and second motion exercise heart rate curve to fit the curves of heart rate, heart rate curve to obtain a third motion, comprising:

[0019] 通过对所述第一运动心率曲线以及所述第二运动心率曲线中的相同时刻的运动心率取均值的方式,对所述第一运动心率曲线以及所述第二运动心率曲线进行拟合,以得到所述第三运动心率曲线。 [0019] By way of exercise heart rate averaging the same time the first and the second exercise heart rate profile curve of exercise heart rate, heart rate of the first motion and the second motion profile curve to heart combined, to obtain the third exercise heart rate curve.

[0020] 进一步地,所述用户的体能特征至少包括所述用户的性别以及年龄中的一种或多种; [0020] Further, the physical characteristics of the user comprise at least one or more of the user's gender and age of;

[0021] 所述运动过程所需的运动强度至少包括所述运动过程所需的动强度以及持续时长。 [0021] The desired motion comprising at least exercise intensity required for the movement of the movable strength and duration.

[0022] 相应地,本发明实施例还提供了一种运动心率监控设备,包括: [0022] Accordingly, embodiments of the present invention also provides an exercise heart rate monitoring device, comprising:

[0023]心率采集模块,用于采集用户在运动过程中的运动心率; [0023] heart rate acquisition module, for collecting the user in the exercise heart rate during exercise;

[0024]心率判断模块,用于针对所述心率采集模块所采集到的所述用户在所述运动过程中的任一时刻的运动心率,判断所述任一时刻的运动心率是否满足以下设定条件:不小于所述用户在所述任一时刻的预设运动心率上限值或不大于所述用户在所述任一时刻的预设运动心率下限值; [0024] heart rate determination module configured to exercise heart rate for the heart rate acquired acquisition module to the user at any one time in the movement process, is determined according to any one time exercise heart rate meets the following settings condition: the user is not smaller than the predetermined upper limit any movement of the heart rate or a time limit is not greater than the user in any of the preset exercise heart rate at a time;

[0025]信息告警模块,用于在确定所述心率判断模块的判断结果为是时,进行告警; [0025] The alarm information means for determining said heart rate determination module determination result is Yes, an alarm;

[0026] 其中,所述用户在所述任一时刻的预设运动心率上限值或预设运动心率下限值根据所述用户的体能特征以及所述运动过程所需的运动强度而确定。 [0026] wherein any of the user of the preset value or a preset lower rate limit movement of exercise heart rate is determined in a time depending on the desired physical characteristics of the user's exercise intensity and the exercise procedure.

[0027] 进一步地,所述运动心率监控设备还包括模型建立模块以及阈值确定模块: [0027] Further, the exercise heart rate monitoring device further comprises a model module and a threshold determination module:

[0028] 所述模型建立模块,用于根据所述用户的体能特征以及所述运动过程所需的运动强度,利用设定的运动心率数据模型,确定所述用户的初始运动心率、最大运动心率取值区间、从初始运动心率上升到最大运动心率的心率上升时长取值区间、维持最大运动心率不变的心率稳定时长取值区间、以及从最大运动心率下降到初始运动心率的心率恢复时长取值区间,并根据上述各参数,建立用于表示所述用户在所述运动过程中的运动心率随时间变化的正常取值区间的初始运动心率模型; [0028] The model creating module, for exercise intensity according to the desired physical characteristics of the user and said movement, using the motion model of the heart rate data set, determining an initial exercise heart rate of the user, the maximum exercise heart rate the value range, up from the initial exercise heart rate to the maximum length value interval exercise heart rate increased heart rate, to maintain the value of long-maximal exercise heart rate constant heart rate steady when taking a long interval, and maximum exercise heart rate to drop from the initial exercise heart rate recovery heart rate value interval, and based on the parameters, exercise heart rate to establish the initial model of the user in the exercise heart rate during exercise time-varying normal value for representing said interval;

[0029] 所述阈值确定模块,用于根据所述模型建立模块建立的所述初始运动心率模型,确定所述用户在所述运动过程的所述任一时刻的运动心率上限值以及运动心率下限值,并将所确定的所述用户在所述运动过程的所述任一时刻的运动心率上限值以及运动心率下限值,作为所述用户在所述运动过程中的所述任一时刻的预设运动心率上限值以及预设运动心率下限值。 [0029] The threshold value determining means for establishing the initial model module exercise heart rate established according to the model, the user determines the exercise heart rate on any one of a time limit and the motion of the heart rate during exercise lower limit, the user and the determined exercise heart rate on any one of a time limit and a lower limit value of the exercise heart rate during exercise, according to any of the user as during the movement of exercise heart rate limit and lower limit on pre-exercise heart rate a preset time.

[0030] 进一步地,所述运动心率监控设备还包括信息接收模块、数据拟合模块以及阈值更新t吴块: [0030] Further, the exercise heart rate monitoring device further includes an information receiving module, and the module data fitting Wu t threshold update block:

[0031] 所述信息接收模块,用于接收所述用户在所述运动过程结束后反馈的、用于表示身体状态正常的反馈信息; [0031] The information receiving module configured to receive the user feedback after the movement of the body for indicating the normal state feedback information;

[0032] 所述数据拟合模块,用于若确定所述运动过程中未出现告警,且确定所述信息接收模块接收到所述用户反馈的用于表示身体状态正常的反馈信息,则对第一运动心率曲线以及第二运动心率曲线进行拟合,以得到第三运动心率曲线;其中,所述第一运动心率曲线由所述心率采集模块采集到的所述用户在所述运动过程中的各运动心率所形成,所述第二运动心率曲线由所述用户在所述运动过程中的各时刻的预设运动心率上限值与预设运动心率下限值的平均值所形成; [0032] fitting the data module is configured to determine if the alarm does not occur during the movement, and determining the information receiving module receives the user's feedback information for the feedback indicating a normal physical state, the first a second motion exercise heart rate and heart rate profile curve fitting to obtain a third motion curves of heart rate; wherein said first exercise heart rate picked up by the heart rate curve acquisition module to the user during the movement of each exercise heart rate is formed, the second motion profile is formed from the average heart rate lower limit value of the exercise heart rate on a preset user each time during the movement of the heart rate limit and the preset motion;

[0033] 所述阈值更新模块,用于根据所述第三运动心率曲线,更新所述用户在所述运动过程中的任一时刻的预设运动心率上限值以及预设运动心率下限值。 [0033] The threshold updating module, according to the third exercise heart rate profile, to update any of the user during the movement of a predetermined timing and a predetermined upper rate limit movement of the lower rate limit movement .

[0034]具体地,所述数据拟合模块,具体用于通过对所述第一运动心率曲线以及所述第二运动心率曲线中的相同时刻的运动心率取均值的方式,对所述第一运动心率曲线以及所述第二运动心率曲线进行拟合,以得到所述第三运动心率曲线。 [0034] In particular, the data fitting module, particularly for averaging by way of exercise heart rate to the same time of the first movement and the second heart rate profile curve of exercise heart rate, the first exercise heart rate curve and the second curve fitting exercise heart rate, heart rate to obtain the third motion profile.

[0035] 进一步地,所述用户的体能特征至少包括所述用户的性别以及年龄中的一种或多种; [0035] Further, the physical characteristics of the user comprise at least one or more of the user's gender and age of;

[0036] 所述运动过程所需的运动强度至少包括所述运动过程所需的动强度以及持续时长。 [0036] The desired motion comprising at least exercise intensity required for the movement of the movable strength and duration.

[0037] 本发明有益效果如下: [0037] Advantageous effects of the present invention are as follows:

[0038] 本发明实施例提供了一种运动心率监控方法及设备,所述方法包括:采集用户在运动过程中的运动心率;若确定采集到的用户在运动过程中的任一时刻的运动心率不小于该用户在该任一时刻的预设运动心率上限值或不大于该用户在该任一时刻的预设运动心率下限值,则进行告警;其中,该用户在该任一时刻的预设运动心率上限值或下限值根据该用户的体能特征以及该运动过程所需的运动强度而确定。 [0038] Embodiments of the present invention provides a method and apparatus for moving a heart rate monitor, the method comprising: collecting a user in the exercise heart rate during exercise; exercise heart rate to determine if any of the user acquired during the movement of a timing value not less than the user or the user is not larger than a predetermined value at any time of the exercise heart rate on the preset exercise heart rate is at any one time, an alarm is generated; wherein, the user of the any one time predetermined upper limit value or lower limit exercise heart rate according to the desired physical characteristics of the user's movement and exercise intensity is determined. 在本发明实施例所述技术方案中,由于可根据用户的体能特征以及运动过程所需的运动强度等信息,灵活确定与各用户相匹配的正常运动心率范围,因而,可避免目前存在的心率阈值固定所导致的心率监控不准确的问题,提高心率监控的准确性。 The technical solution in embodiments of the present invention, since the motion information according to the desired strength and physical characteristics of the user movement, with the flexibility to determine the user matched normal exercise heart rate range, and thus, avoid existing heart fixed threshold value caused by a heart rate monitor is not accurate, improve the accuracy of the heart rate monitor.

附图说明 BRIEF DESCRIPTION

[0039] 为了更清楚地说明本发明实施例中的技术方案,下面将对实施例描述中所需要使用的附图作简要介绍,显而易见地,下面描述中的附图仅仅是本发明的一些实施例,对于本领域的普通技术人员来讲,在不付出创造性劳动的前提下,还可以根据这些附图获得其他的附图。 [0039] In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the accompanying drawings briefly described as required for use in the embodiments. Apparently, the drawings in the following description are only some embodiments of the present invention. embodiment, those of ordinary skill in the art is concerned, without creative efforts, can obtain other drawings based on these drawings.

[0040]图1所示为本发明实施例一中所述运动心率监控方法的流程示意图; Example of the present embodiment shown in [0040] FIG. 1 Scheme invention a method of monitoring the heart rate of the movement diagram;

[0041]图2所示为本发明实施例一中所述初始运动心率模型的模型示意图; Model schematic diagram of a heart rate in the initial motion model illustrated embodiment of the present [0041] invention, FIG 2;

[0042]图3所示为本发明实施例二中所述运动心率监控设备的结构示意图。 II schematic structural diagram of the exercise heart rate monitoring device of the present embodiment shown in [0042] FIG invention.

具体实施方式 detailed description

[0043] 本发明实施例提供了一种运动心率监控方法及设备,所述方法包括:采集用户在运动过程中的运动心率;针对采集到的所述用户在所述运动过程中的任一时刻的运动心率,判断所述任一时刻的运动心率是否满足以下设定条件:不小于所述用户在所述任一时刻的预设运动心率上限值或不大于所述用户在所述任一时刻的预设运动心率下限值;若是,则进行告警;其中,所述用户在所述任一时刻的预设运动心率上限值或预设运动心率下限值根据所述用户的体能特征以及所述运动过程所需的运动强度而确定。 [0043] Example embodiments provide a method and apparatus for moving a heart rate monitor according to the present invention, the method comprising: collecting a user in the exercise heart rate during exercise; for the user to capture the motion of any one time during the the exercise heart rate, exercise heart rate is determined according to any one time satisfies the following conditions are set: the user is not smaller than the upper limit value or not greater than any of the user on the exercise heart rate a predetermined time in any of the exercise heart rate preset time limit value; exercise heart rate limit value or a preset exercise heart rate on a preset time is a lower limit value according to physical characteristics of the user wherein the user of said any; and if yes, an alarm the movement and the desired exercise intensity is determined.

[0044] 在本发明实施例所述技术方案中,由于可根据用户的体能特征以及运动过程所需的运动强度等信息,灵活确定与各用户相匹配的正常运动心率范围,因而,可避免目前存在的心率阈值固定所导致的心率监控不准确的问题,提高心率监控的准确性。 [0044] The technical solution in embodiments of the present invention, since the motion information according to the desired strength and physical characteristics of the user movement, with the flexibility to determine the user matched normal exercise heart rate range, and thus, the current can be avoided heart rate threshold is fixed as a result of a heart rate monitor is not accurate, the heart rate monitor to improve the accuracy of existence.

[0045] 为了使本发明的目的、技术方案和优点更加清楚,下面将结合附图对本发明作进一步地详细描述,显然,所描述的实施例仅仅是本发明一部分实施例,而不是全部的实施例。 [0045] To make the objectives, technical solutions, and advantages of the present invention will become more apparent below in conjunction with the accompanying drawings of the present invention will be further described in detail, obviously, the described embodiments are merely part of embodiments of the present invention, but not all embodiments example. 基于本发明中的实施例,本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其它实施例,都属于本发明保护的范围。 Based on the embodiments of the present invention, all other embodiments of ordinary skill in the art without any creative effort shall fall within the scope of the present invention.

[0046] 实施例一: [0046] Example a:

[0047] 如图1所示,其为本发明实施例一中所述运动心率监控方法的流程示意图,所述运动心率监控方法可应用于运动心功能监测领域以及术后恢复状况判定等领域,本发明实施例对此不作任何限定。 [0047] As shown in FIG. 1, a schematic flow chart of the method for monitoring a heart rate of motion in the embodiment of the invention embodiment, the method may be applied to monitor exercise heart rate monitor function sports field and postoperative recovery of the heart and other areas determined, embodiments of the present disclosure is not limited thereto.

[0048] 具体地,所述运动心率监控方法可包括以下步骤: [0048] In particular, the method may exercise heart rate monitor comprises the following steps:

[0049] 步骤11:采集用户在运动过程中的运动心率。 [0049] Step 11: collecting user movement of the heart rate during exercise.

[0050]具体地,在本发明所述实施例中,可采用现有技术中常用的运动心率采集方式采集所述用户在所述运动过程中的运动心率,例如,通过对所述用户所佩戴的心率带进行实时监测的方式来采集所述用户在所述运动过程中的运动心率,本发明实施例对此不作赘述。 [0050] In particular, in the embodiment of the present invention may be employed in conventional prior art exercise heart rate acquisition mode to acquire the user in the exercise heart rate during exercise, for example, worn by the user mode with real-time monitoring of the heart rate of the user to acquire the movement of the heart rate during exercise, the embodiment of the present invention, which is not repeated herein.

[0051] 进一步地,在本发明所述实施例中,所述运动过程通常可包括运动起始阶段(从开始运动到初步进入运动稳定状态的时段)、运动稳定阶段(保持固定的运动强度或运动速率的时段)以及运动恢复阶段(从开始停止运动到恢复到运动前的状态的时段),本发明实施例对此不作赘述。 [0051] Further, in the embodiment of the present invention, the movement may generally comprise the initial stage of the movement (the movement period from the start of the preliminary motion into the stable state), the movement stable stage (or remain stationary exercise intensity time rate of motion) and a motion recovery phase (the period from the start of the movement to stop before the return to the state of the motion), embodiments of the present invention, which is not repeated herein.

[0052] 步骤102:针对采集到的所述用户在所述运动过程中的任一时刻的运动心率,确定所述任一时刻的运动心率是否满足以下设定条件:不小于所述用户在所述任一时刻的预设运动心率上限值或不大于所述用户在所述任一时刻的预设运动心率下限值;若是,则执行步骤103。 [0052] Step 102: exercise heart rate for the user collected at any time during the movement of any of the exercise heart rate is determined whether a time the setting condition satisfies the following: the user is not less than any of said preset exercise heart rate upper limit or a time limit is not greater than the user in any of the preset exercise heart rate at a time; if yes, step 103 is performed.

[0053] 其中,所述用户在所述任一时刻的预设运动心率上限值或预设运动心率下限值通常可根据所述用户的体能特征以及所述运动过程所需的运动强度而确定。 [0053] where, the upper limit value of the user at a preset exercise intensity exercise heart rate at a predetermined time or rate limit movement generally according to the desired physical characteristics of the user and said movement of said any one of the determine.

[0054] 具体地,在本发明所述实施例中,可通过以下方式确定所述用户在所述运动过程中的所述任一时刻的预设运动心率上限值以及预设运动心率下限值: [0054] In particular, in the embodiment of the present invention, the user may be in the process of the movement of moving on either a preset time and a predetermined rate limit is determined by the lower limit of the exercise heart rate in the following manner value:

[0055] 根据所述用户的体能特征以及所述运动过程所需的运动强度,利用设定的运动心率数据模型(所述设定的运动心率数据模型通常可根据医学常识得到),确定所述用户的初始运动心率、最大运动心率取值区间、从初始运动心率上升到最大运动心率的心率上升时长取值区间、维持最大运动心率不变的心率稳定时长取值区间、以及从最大运动心率下降到初始运动心率的心率恢复时长取值区间,并根据上述各参数,建立用于表示所述用户在所述运动过程中的运动心率随时间变化的正常取值区间的初始运动心率模型; [0055] Depending on the desired physical characteristics of the user's movement and the exercise intensity, exercise heart rate data using the model set (the set of exercise heart rate data model in accordance with medical knowledge generally available), determining the the initial movement of the user's heart rate, exercise heart rate maximum value interval, up from the initial exercise heart rate to the maximum length value interval exercise heart rate increased heart rate, to maintain a long value interval, and a decline from the maximum exercise heart rate during exercise heart rate maximum heart rate unchanged stable when the initial movement of the heart rate recovery value interval length, and based on the parameters, exercise heart rate to establish the initial model used to represent the motion of the user of the heart rate during exercise with the normal time interval value;

[0056] 根据建立的所述初始运动心率模型,确定所述用户在所述运动过程的所述任一时刻的运动心率上限值以及运动心率下限值,并将所确定的所述用户在所述运动过程的所述任一时刻的运动心率上限值以及运动心率下限值,作为所述用户在所述运动过程中的所述任一时刻的预设运动心率上限值以及预设运动心率下限值。 [0056] The initial motion of the heart of the model, determining that the user exercise heart rate on any one of a time limit and a lower limit value of the exercise heart rate during exercise, the user and the determined at the movement of the exercise heart rate on any one of a time limit and a lower limit value of exercise heart rate, as the user of the said motion in either a preset upper limit value of the exercise heart rate and a preset time lower limit exercise heart rate.

[0057] 其中,所述用户的体能特征至少可以包括所述用户的性别以及年龄等特征中的一种或多种,本发明实施例对此不作任何限定。 [0057] wherein the physical characteristics of the user may include at least one or more characteristics of the user's age, gender, and the like, embodiments of the invention which is not limited in any way. 进一步地,所述运动过程所需的运动强度通常可包括所述运动过程所需的动强度以及持续时长,本发明实施例对此也不作任何限定。 Further, the required motion exercise intensity may generally comprise the desired strength and dynamic movement duration, this embodiment of the present invention is not limited in any way.

[0058]下面,以用户年龄为26岁、性别为男性、且所进行的本次运动为8km/h动强度、持续时长大约为12min (整个运动过程所对应的时长)的运动为例,对所述初始运动心率模型的建立过程进行简要说明: [0058] Next, the user age is 26 years old, male gender, the mobility and conducted to 8km / h dynamic strength, duration length of about 12min (the length of entire movement corresponding to) movement of an example, the process of establishing the initial exercise heart rate model is briefly described:

[0059]首先,可根据医学常识,确定所述用户的初始运动心率(即静止心率);在本发明所述实施例中,假设所述初始运动心率为75次/min; [0059] First, according to medical knowledge, determining an initial exercise heart rate (i.e., resting heart rate) of the user; in the embodiment of the present invention, assuming that the initial movement of the heart rate is 75 times / min;

[0060] 进一步地,可采用以下公式确定在本次运动过程中,所述用户可达到的最大运动心率取值区间=Xff1 (年龄,性别、运动强度等参数)±C2,其中,X1对应的取值区间即为所述用户可达到的最大运动心率取值区间,所述C2为常数(通常可根据医学常识进行数值的设定,如设为15次/min等)。 [0060] Further, the following formula can be determined in this movement, the user can exercise heart rate reaches a maximum value interval = Xff1 (age, gender, exercise intensity and other parameters) ± C2, wherein, corresponding to the X1 value interval is, the user can exercise heart rate reaches a maximum value interval, the C2 is a constant (typically the value can be set according to medical knowledge, such as the set 15 times / min, etc.). 需要说明的是,根据医学常识,当所述用户性别为男性时(年龄,性别、运动强度等参数)的取值通常可简化为(220-年龄)次/min,当所述用户性别为女性时,fi (年龄,性别、运动强度等参数)的取值通常可简化为(210-年龄)次/min,本发明实施例对此不作任何限定;具体地,在本发明所述实施例中,由于所述用户为男性,因此,可将所述fi (年龄,性别、运动强度等参数)的取值简化为(220-年龄)次/min,本发明实施例对此不作赘述; It should be noted that, according to medical knowledge, when the user's gender is male (age, gender, exercise intensity and other parameters) values ​​are usually simplified to (220 - age) beats / min, when the user female gender when, Fi (age, gender, exercise intensity parameter) values ​​is typically simplified as (210- age) beats / min, this embodiment of the present invention is not limited in any way; in particular, in the embodiment of the present invention, Since the user is a male, thus, may be the fi (age, gender, exercise intensity parameters) reduced to the value (220 - age) beats / min, embodiments of the present invention, which is not repeated herein;

[0061] 进一步地,可采用以下公式确定在本次运动过程中,所述用户从初始运动心率上升到最大运动心率的心率上升时长取值区间:Ti=f2 (年龄,性别、运动强度等参数)± C1,其中,T1对应的取值区间即为所述用户从初始运动心率上升到最大运动心率的心率上升时长取值区间,所述C1为常数(通常可根据医学常识进行数值的设定,如设为30s等),并且,需要说明的是,根据医学常识,当用户年龄为26岁、性别为男性时,所述!^取值通常可位于[lmin,2min]区间范围内,本发明实施例对此不作赘述; [0061] Further, the following formula can be determined in this movement, the movement of the user heart rate increased from an initial value to the maximum length of exercise heart rate increased heart rate zone: parameter Ti = f2 (age, gender, exercise intensity ) ± C1, wherein, Tl is the value interval corresponding to the user to exercise heart rate rises from an initial value of the long interval maximum heart rate exercise heart rate rises, the C1 (constant value is usually carried out according to medical knowledge set as set 30s, etc.), and, to be noted that, according to medical knowledge, when the user age is 26 years old, male gender, the! ^ value may be located generally [lmin, 2min] within the interval range of the present Example disclosure is not repeated;

[0062] 进一步地,可根据以下公式确定在本次运动过程中,所述用户从最大运动心率下降到初始运动心率的心率恢复时长取值区间:T2=f 3 (年龄,性别、运动强度等参数)± C3,其中,T,2对应的取值区间即为所述用户从最大运动心率下降到初始运动心率的心率恢复时长取值区间,所述C3为常数(通常可根据医学常识进行数值的设定,如设为30s等),并且,需要说明的是,根据医学常识,当用户年龄为26岁、性别为男性时,所述T2的取值通常可位于[2min, 1min]区间范围内,本发明实施例对此不作赘述。 [0062] Further, it may be determined in this movement, the movement of the user from the lowest heart rate to the value interval length according to the following equation when the initial movement of the heart rate recovery: T2 = f 3 (age, gender, exercise intensity parameters) ± C3, wherein, T, 2 is the value interval corresponding to the heart rate of the user falls from the maximum motion value to the initial length of the exercise heart rate recovery section, the C3 (typically a constant value may be made in accordance with medical knowledge setting, such as to 30s, etc.), and, to be noted that, according to medical knowledge, when the user age is 26 years old, male gender, the value of T2 may be located generally [2min, 1min] interval range the embodiment of the present invention, which is not repeated herein.

[0063] 进一步地,在得到上述各参数之后,可结合所述运动过程所需的持续时长,确定在本次运动过程中,维持最大运动心率不变的心率稳定时长取值区间,进而,可根据所得到的所述用户的初始运动心率、最大运动心率取值区间、从初始运动心率上升到最大运动心率的心率上升时长取值区间、维持最大运动心率不变的心率稳定时长取值区间、以及从最大运动心率下降到初始运动心率的心率恢复时长取值区间等参数,建立用于表示所述用户在所述运动过程中的运动心率随时间变化的正常取值区间的初始运动心率模型。 [0063] Further, after obtaining the above parameters may be required in conjunction with the movement duration determined in this movement, to maintain a long interval maximum value of the heart rate stability constant exercise heart rate, in turn, may be the initial movement of the heart rate of the user is obtained, the maximum value interval exercise heart rate, heart rate to rise from an initial length of movement of the maximum value interval exercise heart rate increased heart rate, to maintain a long interval maximum value of the heart rate stability constant exercise heart rate, exercise heart rate and an initial value of the model parameter interval length decreases from the maximum isochronous exercise heart rate to the initial movement of the heart rate recovery, for indicating the establishment of the user in the exercise heart rate during exercise with the normal time interval value.

[0064]具体地,以用户年龄为26岁、性别为男性、且所进行的本次运动为8km/h动强度、持续时长大约为12min的运动为例,所建立的初始运动心率模型可如图2所示。 [0064] Specifically, the user age is 26 years old, male gender, and the movement carried out by moving the current strength of 8km / h, the duration of the movement length of about 12min as an example, the initial exercise heart rate model may be established as 2 shown in FIG. 在图2中,曲线A即为由所述用户在所述运动过程中的各时刻的预设运动心率上限值所形成的运动心率曲线,曲线B即为由所述用户在所述运动过程中的各时刻的预设运动心率下限值所形成的运动心率曲线,曲线A以及曲线B之间的区域即为根据医学常识所确定的在一定运动强度下,所述用户的运动心率随时间变化的正常取值区间。 Exercise heart rate curve, the curve B in FIG. 2, curve A is the exercise heart rate on preset by the user each time during the movement of the limit value formed namely by the user during the movement region between the motion rate limit curve formed by the curve a and curve B in exercise heart rate by default each time shall be determined according to the medical knowledge at a certain exercise intensity, exercise heart rate of the user over time normal value interval change.

[0065] 相应地,在本步骤102中,可根据所述初始运动心率模型,实时确定所述用户在所述运动过程中的任一时刻的运动心率是否满足以下条件:不小于所述用户在所述任一时刻的预设运动心率上限值或不大于所述用户在所述任一时刻的预设运动心率下限值,已达到更为直观的效果。 [0065] Accordingly, in this step 102 may be according to the initial model of exercise heart rate, real exercise heart rate is determined by the user at any one time during the movement of the following conditions are met: the user is not less than the value or not greater than any of the user to any value in the predetermined exercise heart rate at a time of exercise heart rate on a preset time has reached a more intuitive results.

[0066] 进一步地,需要说明的是,在本发明所述实施例中,与运动心率随时间变化的规律的类似,所生成的各运动心率曲线均可分为心率上升阶段、心率平衡阶段以及心率稳定阶段等三个阶段,本发明实施例对此不作赘述。 [0066] Further, it should be noted that, similar to the law of embodiment, the exercise heart rate changes with time in the embodiment of the present invention, each of the exercise heart rate curve generated can be divided into stages increased heart rate, heart rate and equilibrium stage three stages like stage heart rate stabilized, embodiments of the invention, which is not repeated herein. 并且,所述心率上升阶段、心率平衡阶段以及心率稳定阶段等三个阶段可分别与所述运动过程中包括的运动起始阶段、运动稳定阶段以及运动恢复阶段一一对应,本发明实施例对此也不作赘述。 And the rising phase of heart rate, heart rate, heart rate and equilibrium phase stable phase three stages respectively the movement comprises a movement in the initial stage, the stage motion and the motion stability recovery phase correspondence, examples of the embodiment of the present invention this is not to repeat them here.

[0067] 步骤103:若确定采集到的所述用户在所述运动过程中的所述任一时刻的运动心率不小于所述用户在所述任一时刻的预设运动心率上限值或不大于所述用户在所述任一时刻的预设运动心率下限值,则进行告警。 [0067] Step 103: If the user of the acquired during the movement of any exercise heart rate to determine a time not smaller than the upper limit value of the user at any one time or preset exercise heart rate the user is greater than a predetermined value in any of the exercise heart rate at a time, an alarm is generated.

[0068]具体地,在本发明所述实施例中,可采用警示灯告警或语音信号告警等方式进行告警,以提醒用户注意运动安全,本发明实施例对此不作任何限定。 [0068] In particular, in the embodiment of the present invention may be employed warning light warning alarm, etc. or speech signal an alarm, to alert the user safe movement, this embodiment of the present invention is not limited thereto.

[0069] 进一步地,在本发明所述实施例中,所述方法还包括: [0069] Further, in the embodiment of the present invention, the method further comprising:

[0070] 若确定所述运动过程中未出现告警,且接收到所述用户在所述运动过程结束后反馈的、用于表示身体状态正常的反馈信息,则对第一运动心率曲线以及第二运动心率曲线进行拟合,以得到第三运动心率曲线,其中,所述第一运动心率曲线由采集到的所述用户在所述运动过程中的各时刻的运动心率所形成(需要说明的是,由于采集到的各运动心率可能存在各种杂音,因此,在形成所述第一运动心率曲线之前,通常还可对采集到的运动心率进行滤波操作,之后,根据滤波后的各运动心率形成所述第一运动心率曲线),所述第二运动心率曲线由所述用户在所述运动过程中的各时刻的预设运动心率上限值与预设运动心率下限值的平均值所形成;并 [0070] If it is determined during movement of the alarm does not appear, and the user receives feedback at the end of the movement, for feedback information representing normal physical condition, the heart rate of the first motion profile and a second curve fitting exercise heart rate, heart rate curve to obtain a third motion, wherein the first motion profile by the acquisition of heart rate to exercise heart rate of the user at each time point during the movement of the formed (Incidentally Thereafter, in accordance with various exercise heart rate due to the formation of the filtered collected each exercise heart rate may be various noises, and therefore, is formed prior to the first movement of the heart rate curve, also typically on the heart rate acquired motion filtering operation, the first exercise heart rate curve), the second motion profile the average heart rate by a predetermined motion of the user during the movement of the heart rate for each time point and a preset lower limit value of the exercise heart rate limits is formed ;and

[0071] 根据所述第三运动心率曲线,更新所述用户在所述运动过程中的任一时刻的预设运动心率上限值以及预设运动心率下限值。 [0071] According to the third exercise heart rate profile, to update any of the user during the movement of a predetermined timing and a predetermined upper rate limit movement of the lower rate limit motion.

[0072] 具体地,在本发明所述实施例中,可通过对所述第一运动心率曲线以及所述第二运动心率曲线中的相同时刻的运动心率取均值的方式,对所述第一运动心率曲线以及所述第二运动心率曲线进行拟合,以得到所述第三运动心率曲线。 [0072] Specifically, in the embodiment of the embodiment of the present invention, by taking the mean heart rate during exercise may be of the same time of the first movement and the second heart rate curve motion of the heart rate curve, the first exercise heart rate curve and the second curve fitting exercise heart rate, heart rate to obtain the third motion profile.

[0073] 进一步地,在得到所述第三运动心率曲线后,可采用在所述第三运动心率曲线上的各运动心率基础上加减设定常数C4的方式得到更新后的所述用户在所述运动过程中的任一时刻的预设运动心率上限值以及预设运动心率下限值;其中,所述C4的数值通常可根据医学常识进行设定,如设为15s等,本发明实施例对此不作赘述。 Modified C4 manner set constant to obtain the updated user in [0073] Further, in the heart rate to obtain the third motion profile may be employed in the third exercise heart rate curve on the basis of the respective exercise heart rate the process according to any motion of a predetermined timing and a predetermined upper rate limit movement of the lower rate limit movement; wherein said value can be set typically C4 as set like 15s, according to the present invention, medical knowledge Example embodiment which is not described herein.

[0074] 进一步地,在更新所述用户在所述运动过程中的任一时刻的预设运动心率上限值以及预设运动心率下限值之后,可将更新后的所述用户在所述运动过程中的任一时刻的预设运动心率上限值以及预设运动心率下限值所限定的运动心率区域,作为更新后的运动心率模型。 [0074] Further, after updating the user during the movement of any of a predetermined timing and a predetermined upper rate limit movement of the lower rate limit movement, the user may be updated in the any movement during a predetermined time and a predetermined upper rate limit movement of exercise heart rate zone limit defined by the exercise heart rate, exercise heart rate as the updated model.

[0075] 也就是说,在每次运动过程结束后,若确定本次运动过程中的运动心率处于正常范围区间,且用户没有感到异常,则可将本次运动过程中采集到的各运动心率与初始运动心率模型进行个性化拟合。 [0075] That is, after each movement, if it is determined in this exercise heart rate during exercise interval in the normal range, and the user feels no exception, this motion will be collected during each exercise heart rate personalized to fit the initial exercise heart rate models. 由于随着用户运动次数的增多,拟合的次数也越来越多,从而使得运动心率随时间变化的曲线越来越接近该用户运动心率的正常范围,进而可在提高用户的个性化需求以及提高用户运动心率监控的准确性的基础上,达到个性化判断用户的心脏功能状态的功能。 With the increase in the number of users since the motion, the number of fitting more and more, so that the exercise heart rate versus time curve closer to the normal range of motion of the user's heart rate, may further improve the user's individual needs and exercise heart rate monitor user base to improve the accuracy of the reach of personalized determine the user's heart function state function.

[0076] 本发明实施例一提供了一种运动心率监控方法,在本发明实施例所述技术方案中,由于可根据用户的体能特征以及运动过程所需的运动强度等信息,灵活确定与各用户相匹配的正常运动心率范围,因而,可避免目前存在的心率阈值固定所导致的心率监控不准确的问题,提高心率监控的准确性。 [0076] Embodiments of the present invention provides a method for monitoring an exercise heart rate, in the embodiment of the invention the aspect, since according to the desired physical characteristics of the user's exercise intensity and the movement information and the like, with the flexibility to determine user matched normal exercise heart rate range, and thus, can avoid the problem of inaccurate threshold heart rate monitor heart rate caused by existing fixed improve the accuracy of the heart rate monitor.

[0077] 并且,由于在每次运动过程结束后,若确定本次运动过程中的运动心率处于正常范围区间,且用户没有感到异常,则可将本次运动过程中采集到的各运动心率与初始运动心率模型进行个性化拟合,从而使得运动心率随时间变化的曲线越来越接近该用户运动心率的正常范围,进而可在提高用户的个性化需求以及提高用户运动心率监控的准确性的基础上,达到个性化判断用户的心脏功能状态的功能。 [0077] Further, since the end of each movement, if it is determined in this exercise heart rate during exercise interval in the normal range, and the user feels no exception, this motion will be collected during each exercise heart rate and the initial model exercise heart rate personalized fit, so that the exercise heart rate versus time curve closer to the normal range of motion of the user's heart rate, may further improve the user's individual needs and to improve the accuracy of the motion of a heart rate monitor basis, to determine the user's personalized heart function state function.

[0078] 实施例二: [0078] Example II:

[0079] 如图3所示,其为本发明实施例二中所述运动心率监控设备的结构示意图,所述运动心率监控设备可应用于运动心功能监测领域以及术后恢复状况判定等领域,本发明实施例对此不作任何限定。 [0079] 3, which is a schematic structural diagram II of the exercise heart rate monitoring device embodiment of the invention, the motion function may be applied to heart rate monitoring device to monitor heart motion field determination and postoperative recovery of other areas, embodiments of the present disclosure is not limited thereto.

[0080] 具体地,所述运动心率监控设备可包括心率采集模块11、心率判断模块12以及信息告警模块13,其中: [0080] In particular, the device may include a heart rate monitor motion of the heart rate acquisition module 11, module 12 determines the heart rate information and the alarm module 13, wherein:

[0081] 所述心率采集模块11可用于采集用户在运动过程中的运动心率;具体地,在本发明所述实施例中,所述心率采集模块11可用于采用现有技术中常用的运动心率采集方式采集所述用户在所述运动过程中的运动心率,例如,通过对所述用户所佩戴的心率带进行实时监测的方式来采集所述用户在所述运动过程中的运动心率,本发明实施例对此不作赘述。 [0081] The heart rate measurement module 11 may be used to collect user exercise heart rate during exercise; in particular, in the embodiment of the present invention, the heart rate measurement module 11 is operable to employ conventional prior art exercise heart rate acquisition mode to acquire the user exercise heart rate during the movement, for example, by means of the heart rate belt worn by a user to collect real-time monitoring of the user in the exercise heart rate during exercise, the present invention Example embodiment which is not described herein.

[0082] 所述心率判断模块12可用于针对所述心率采集模块11所采集到的所述用户在所述运动过程中的任一时刻的运动心率,判断所述任一时刻的运动心率是否满足以下设定条件:不小于所述用户在所述任一时刻的预设运动心率上限值或不大于所述用户在所述任一时刻的预设运动心率下限值;其中,所述用户在所述任一时刻的预设运动心率上限值或预设运动心率下限值根据所述用户的体能特征以及所述运动过程所需的运动强度而确定。 [0082] The heart rate determination module 12 may be used for the user of the heart rate during exercise heart rate measurement module 11 acquired during the movement of any one of a time, a determination of the timing of any exercise heart rate meets the following conditions are set: the user is not smaller than the predetermined upper limit any movement of the heart rate or a time not greater than the user in any case the movement of a predetermined rate limit time; wherein said user preset value or lower limit value of exercise heart rate is determined according to the desired physical characteristics of the user's exercise intensity and the movement at any one time on the preset exercise heart rate.

[0083] 所述信息告警模块13可用于在确定所述心率判断模块12的判断结果为是时,进行告警;具体地,在本发明所述实施例中,所述信息告警模块13可用于采用警示灯告警或语音信号告警等方式进行告警,以提醒用户注意运动安全,本发明实施例对此不作任何限定。 [0083] The information may be used to alarm module 13 determines the result of the determination module 12 for determining the heart rate is, an alarm; In particular, in the embodiment of the present invention, the information may be used to alarm module 13 using warning lights or warning voice alarm signal an alarm, etc., to alert the user safe movement, this embodiment of the present invention is not limited thereto.

[0084] 进一步地,在本发明所述实施例中,所述运动心率监控设备还可以包括模型建立模块14以及阈值确定模块15,其中: [0084] Further, in the embodiment of the present invention, the motion apparatus may further include a heart rate monitor model module 14 and a threshold determination module 15, wherein:

[0085] 所述模型建立模块14可用于根据所述用户的体能特征以及所述运动过程所需的运动强度,利用设定的运动心率数据模型(所述设定的运动心率数据模型通常可根据医学常识得到),确定所述用户的初始运动心率、最大运动心率取值区间、从初始运动心率上升到最大运动心率的心率上升时长取值区间、维持最大运动心率不变的心率稳定时长取值区间、以及从最大运动心率下降到初始运动心率的心率恢复时长取值区间,并根据上述各参数,建立用于表示所述用户在所述运动过程中的运动心率随时间变化的正常取值区间的初始运动心率模型。 [0085] The model 14 may be used to exercise intensity according to the desired physical characteristics of the user and the movement module, a motion model of the heart rate data is set using the motion model of the heart rate data (typically set according to the obtained medical knowledge), determining the initial movement of the user's heart rate, the maximum value interval exercise heart rate, heart rate to rise from an initial length of movement of the maximum value interval exercise heart rate increased heart rate, to maintain the value of the maximum length of the heart rate stability constant exercise heart rate when the interval length value interval, and heart rate decreased from the maximum to the initial movement of the exercise heart rate recovery, and based on the parameters established for the user movement representing the heart rate during exercise with the normal time interval value the initial exercise heart rate models.

[0086] 所述阈值确定模块15可用于根据所述模型建立模块14建立的所述初始运动心率模型,确定所述用户在所述运动过程的所述任一时刻的运动心率上限值以及运动心率下限值,并将所确定的所述用户在所述运动过程的所述任一时刻的运动心率上限值以及运动心率下限值,作为所述用户在所述运动过程中的所述任一时刻的预设运动心率上限值以及预设运动心率下限值。 [0086] The threshold determination module 15 may be used to establish the initial exercise heart model module 14 according to the established model, the user determines any one of a time limit on the exercise heart rate and movement in the process of the movement lower heart rate limit, the user and the determined exercise heart rate on any one of a time limit and a lower limit value of the exercise heart rate during exercise, the user as the movement of the motion limit and a predetermined lower rate limit on either a preset time exercise heart rate.

[0087] 其中,所述用户的体能特征至少可以包括所述用户的性别以及年龄等特征中的一种或多种,本发明实施例对此不作任何限定。 [0087] wherein the physical characteristics of the user may include at least one or more characteristics of the user's age, gender, and the like, embodiments of the invention which is not limited in any way. 进一步地,所述运动过程所需的运动强度通常可包括所述运动过程所需的动强度以及持续时长,本发明实施例对此不作任何限定。 Further, the required motion exercise intensity may generally comprise the desired strength and dynamic movement duration, this embodiment of the present invention is not limited thereto.

[0088]具体地,以用户年龄为26岁、性别为男性、且所进行的本次运动为8km/h动强度、持续时长大约为12min的运动为例,所建立的初始运动心率模型可如图2所示。 [0088] Specifically, the user age is 26 years old, male gender, and the movement carried out by moving the current strength of 8km / h, the duration of the movement length of about 12min as an example, the initial exercise heart rate model may be established as 2 shown in FIG. 在图2中,曲线A即为由所述用户在所述运动过程中的各时刻的预设运动心率上限值所形成的运动心率曲线,曲线B即为由所述用户在所述运动过程中的各时刻的预设运动心率下限值所形成的运动心率曲线,曲线A以及曲线B之间的区域即为根据医学常识所确定的在一定运动强度下,所述用户的运动心率随时间变化的正常取值区间。 Exercise heart rate curve, the curve B in FIG. 2, curve A is the exercise heart rate on preset by the user each time during the movement of the limit value formed namely by the user during the movement region between the motion rate limit curve formed by the curve a and curve B in exercise heart rate by default each time shall be determined according to the medical knowledge at a certain exercise intensity, exercise heart rate of the user over time normal value interval change.

[0089] 相应地,所述心率判断模块12可用于根据所述初始运动心率模型,实时确定所述用户在所述运动过程中的任一时刻的运动心率是否满足以下条件:不小于所述用户在所述任一时刻的预设运动心率上限值或不大于所述用户在所述任一时刻的预设运动心率下限值,已达到更为直观的效果。 [0089] Accordingly, the heart rate determination module 12 may be used in accordance with the initial model of exercise heart rate, real exercise heart rate is determined by the user at any one time during the movement of the following conditions are met: the user is not less than or not greater than the limit value in the user any time a predetermined exercise heart rate is at any one time the preset exercise heart rate, has reached a more intuitive results.

[0090] 进一步地,需要说明的是,在本发明所述实施例中,与运动心率随时间变化的规律的类似,所生成的各运动心率曲线均可分为心率上升阶段、心率平衡阶段以及心率稳定阶段等三个阶段,本发明实施例对此不作赘述。 [0090] Further, it should be noted that, similar to the law of embodiment, the exercise heart rate changes with time in the embodiment of the present invention, each of the exercise heart rate curve generated can be divided into stages increased heart rate, heart rate and equilibrium stage three stages like stage heart rate stabilized, embodiments of the invention, which is not repeated herein. 并且,所述心率上升阶段、心率平衡阶段以及心率稳定阶段等三个阶段可分别与所述运动过程中包括的运动起始阶段、运动稳定阶段以及运动恢复阶段一一对应,本发明实施例对此也不作赘述。 And the rising phase of heart rate, heart rate, heart rate and equilibrium phase stable phase three stages respectively the movement comprises a movement in the initial stage, the stage motion and the motion stability recovery phase correspondence, examples of the embodiment of the present invention this is not to repeat them here.

[0091] 进一步地,在本发明所述实施例中,所述运动心率监控设备还可以包括信息接收模块16、数据拟合模块17以及阈值更新模块18,其中: [0091] Further, in the embodiment of the present invention, the exercise heart rate monitoring device may further comprise an information receiving module 16, a data fitting module 17 and a threshold updating module 18, wherein:

[0092] 所述信息接收模块16可用于接收所述用户在所述运动过程结束后反馈的、用于表示身体状态正常的反馈信息; [0092] The information receiving module 16 operable to receive the user after completion of the movement feedback, for indicating normal physical condition feedback information;

[0093] 所述数据拟合模块17可用于若确定所述运动过程中未出现告警,且确定所述信息接收模块16接收到所述用户反馈的用于表示身体状态正常的反馈信息,则对第一运动心率曲线以及第二运动心率曲线进行拟合,以得到第三运动心率曲线;其中,所述第一运动心率曲线由所述心率采集模块采集到的所述用户在所述运动过程中的各运动心率所形成,所述第二运动心率曲线由所述用户在所述运动过程中的各时刻的预设运动心率上限值与预设运动心率下限值的平均值所形成; [0093] The module 17 may be used to fit the data to determine if the alarm does not occur during the movement, and determining the information receiving module 16 receives the user feedback is used to indicate a normal physical condition feedback information, to the first and second motion exercise heart rate curve to fit the curves of heart rate, heart rate to obtain a third motion profile; wherein the first exercise heart rate picked up by the heart rate curve acquisition module to the user during the movement of formed in each exercise heart rate, heart rate and the second motion profile is formed by a lower limit on the average heart rate of the user preset motion each time during the movement of the heart rate limit and the preset motion;

[0094] 所述阈值更新模块18可用于根据所述第三运动心率曲线,更新所述用户在所述运动过程中的任一时刻的预设运动心率上限值以及预设运动心率下限值。 [0094] The threshold updating module 18 may be used in accordance with the third exercise heart rate profile, to update any of the user during the movement of a predetermined timing and a predetermined upper rate limit movement of the lower rate limit movement .

[0095]具体地,在本发明所述实施例中,所述数据拟合模块17具体可用于通过对所述第一运动心率曲线以及所述第二运动心率曲线中的相同时刻的运动心率取均值的方式,对所述第一运动心率曲线以及所述第二运动心率曲线进行拟合,以得到所述第三运动心率曲线。 [0095] In particular, in the embodiment of the present invention, the data module 17 may be specifically configured to fit through the exercise heart rate to the same time of the first curve and the second exercise heart rate exercise heart rate curves taken mean manner, the first motion and the second motion heart rate curve to fit the curves of heart rate, heart rate to obtain the third motion profile.

[0096] 进一步地,在得到所述第三运动心率曲线后,所述阈值更新模块18可用于采用在所述第三运动心率曲线上的各运动心率基础上加减设定常数C4的方式得到更新后的所述用户在所述运动过程中的任一时刻的预设运动心率上限值以及预设运动心率下限值,其中,所述C4的数值通常可根据医学常识进行设定,如设为15s等,本发明实施例对此不作赘述。 Modified C4 manner set constant movements obtained based heart rate [0096] Further, the heart rate curve to obtain the third motion, the threshold updating module 18 may be employed for the third exercise heart rate on the curve any of the updated user during the movement of a predetermined timing and a predetermined upper rate limit movement of the lower rate limit movement, wherein the C4 value is generally set according to medical knowledge, such as It is set to 15s and the like, embodiments of the invention, which is not repeated herein.

[0097] 进一步地,在更新所述用户在所述运动过程中的任一时刻的预设运动心率上限值以及预设运动心率下限值之后,可将更新后的所述用户在所述运动过程中的任一时刻的预设运动心率上限值以及预设运动心率下限值所限定的运动心率区域,作为更新后的运动心率模型。 [0097] Further, after updating the user during the movement of any of a predetermined timing and a predetermined upper rate limit movement of the lower rate limit movement, the user may be updated in the any movement during a predetermined time and a predetermined upper rate limit movement of exercise heart rate zone limit defined by the exercise heart rate, exercise heart rate as the updated model.

[0098] 也就是说,在每次运动过程结束后,若确定本次运动过程中的运动心率处于正常范围区间,且用户没有感到异常,则可将本次运动过程中采集到的各运动心率与初始运动心率模型进行个性化拟合。 [0098] That is, after each movement, if it is determined in this exercise heart rate during exercise interval in the normal range, and the user feels no exception, this motion will be collected during each exercise heart rate personalized to fit the initial exercise heart rate models. 由于随着用户运动次数的增多,拟合的次数也越来越多,从而使得运动心率随时间变化的曲线越来越接近该用户运动心率的正常范围,进而可在提高用户的个性化需求以及提高用户运动心率监控的准确性的基础上,达到个性化判断用户的心脏功能状态的功能。 With the increase in the number of users since the motion, the number of fitting more and more, so that the exercise heart rate versus time curve closer to the normal range of motion of the user's heart rate, may further improve the user's individual needs and exercise heart rate monitor user base to improve the accuracy of the reach of personalized determine the user's heart function state function.

[0099] 本发明实施例二提供了一种运动心率监控设备,在本发明实施例所述技术方案中,由于可根据用户的体能特征以及运动过程所需的运动强度等信息,灵活确定与各用户相匹配的正常运动心率范围,因而,可避免目前存在的心率阈值固定所导致的心率监控不准确的问题,提高心率监控的准确性。 [0099] according to a second embodiment of the present invention provides an exercise heart rate monitoring device, embodiments of the present invention in the aspect, since according to the desired physical characteristics of the user's exercise intensity and the movement information and the like, with the flexibility to determine user matched normal exercise heart rate range, and thus, can avoid the problem of inaccurate threshold heart rate monitor heart rate caused by existing fixed improve the accuracy of the heart rate monitor.

[0100] 并且,由于在每次运动过程结束后,若确定本次运动过程中的运动心率处于正常范围区间,且用户没有感到异常,则可将本次运动过程中采集到的各运动心率与初始运动心率模型进行个性化拟合,从而使得运动心率随时间变化的曲线越来越接近该用户运动心率的正常范围,进而可在提高用户的个性化需求以及提高用户运动心率监控的准确性的基础上,达到个性化判断用户的心脏功能状态的功能。 [0100] Further, since the end of each movement, if it is determined in this exercise heart rate during exercise interval in the normal range, and the user feels no exception, this motion will be collected during each exercise heart rate and the initial model exercise heart rate personalized fit, so that the exercise heart rate versus time curve closer to the normal range of motion of the user's heart rate, may further improve the user's individual needs and to improve the accuracy of the motion of a heart rate monitor basis, to determine the user's personalized heart function state function.

[0101] 本领域技术人员应明白,本发明的实施例可提供为方法、装置(设备)、或计算机程序产品。 [0101] Those skilled in the art will appreciate, embodiments of the present invention may be provided as methods, apparatus (equipment), or computer program product. 因此,本发明可采用完全硬件实施例、完全软件实施例、或结合软件和硬件方面的实施例的形式。 Thus, embodiments of the present invention may be employed entirely hardware embodiment, an entirely software embodiment, or an embodiment in conjunction with the form of software and hardware aspects. 而且,本发明可采用在一个或多个其中包含有计算机可用程序代码的计算机可用存储介质(包括但不限于磁盘存储器、CD-ROM、光学存储器等)上实施的计算机程序产品的形式。 Further, the present invention may take the form of a computer program product embodied in one or more of which comprises a computer usable storage medium having computer-usable program code (including but not limited to, disk storage, CD-ROM, optical memory, etc.).

[0102] 本发明是参照根据本发明实施例的方法、装置(设备)和计算机程序产品的流程图和/或方框图来描述的。 [0102] The present invention is a method according to an embodiment of the present invention, a flowchart of means (devices) and computer program products and / or described with reference to block diagrams. 应理解可由计算机程序指令实现流程图和/或方框图中的每一流程和/或方框、以及流程图和/或方框图中的流程和/或方框的结合。 It should be understood and implemented by computer program instructions and block, and the flowchart / or block diagrams each process and / or flowchart illustrations and / or block diagrams of processes and / or blocks. 可提供这些计算机程序指令到通用计算机、专用计算机、嵌入式处理机或其他可编程数据处理设备的处理器以产生一个机器,使得通过计算机或其他可编程数据处理设备的处理器执行的指令产生用于实现在流程图一个流程或多个流程和/或方框图一个方框或多个方框中指定的功能的装置。 These computer program instructions may be provided to a processor a general purpose computer, special purpose computer, embedded processor or other programmable data processing apparatus to produce a machine, such that the instructions executed by the processor of the computer or other programmable data processing apparatus generating in a device for implementing the flow chart or more flows and / or block diagram block or blocks in a specified functions.

[0103] 这些计算机程序指令也可存储在能引导计算机或其他可编程数据处理设备以特定方式工作的计算机可读存储器中,使得存储在该计算机可读存储器中的指令产生包括指令装置的制造品,该指令装置实现在流程图一个流程或多个流程和/或方框图一个方框或多个方框中指定的功能。 [0103] These computer program instructions may also be stored in a computer can direct a computer or other programmable data processing apparatus to function in a particular manner readable memory produce an article of manufacture such that the storage instruction means comprises a memory in the computer-readable instructions the instruction means implemented in a flowchart or more flows and / or block diagram block or blocks in a specified function.

[0104] 这些计算机程序指令也可装载到计算机或其他可编程数据处理设备上,使得在计算机或其他可编程设备上执行一系列操作步骤以产生计算机实现的处理,从而在计算机或其他可编程设备上执行的指令提供用于实现在流程图一个流程或多个流程和/或方框图一个方框或多个方框中指定的功能的步骤。 [0104] These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps on the computer or other programmable apparatus to produce a computer implemented so that the computer or other programmable apparatus execute instructions to provide processes for implementing a process or flows and / or block diagram block or blocks a function specified step.

[0105] 尽管已描述了本发明的优选实施例,但本领域内的技术人员一旦得知了基本创造性概念,则可对这些实施例作出另外的变更和修改。 [0105] While the present invention has been described with preferred embodiments, but those skilled in the art from the underlying inventive concept can make other modifications and variations to these embodiments. 所以,所附权利要求意欲解释为包括优选实施例以及落入本发明范围的所有变更和修改。 Therefore, the appended claims are intended to explain embodiments including the preferred embodiment as fall within the scope of the invention and all changes and modifications.

[0106]显然,本领域的技术人员可以对本发明进行各种改动和变型而不脱离本发明的精神和范围。 [0106] Obviously, those skilled in the art can make various modifications and variations to the invention without departing from the spirit and scope of the invention. 这样,倘若本发明的这些修改和变型属于本发明权利要求及其等同技术的范围之内,则本发明也意图包含这些改动和变型在内。 Thus, if these modifications and variations of the present invention fall within the claims of the invention and the scope of equivalents thereof, the present invention intends to include these modifications and variations.

Claims (8)

  1. 1.一种运动心率监控方法,其特征在于,包括: 采集用户在运动过程中的运动心率; 针对采集到的所述用户在所述运动过程中的任一时刻的运动心率,判断所述任一时刻的运动心率是否满足以下设定条件:不小于所述用户在所述任一时刻的预设运动心率上限值或不大于所述用户在所述任一时刻的预设运动心率下限值;若是,则进行告警; 其中,所述用户在所述任一时刻的预设运动心率上限值或预设运动心率下限值根据所述用户的体能特征以及所述运动过程所需的运动强度而确定; 其中,通过以下方式确定所述用户在所述运动过程中的所述任一时刻的预设运动心率上限值以及预设运动心率下限值: 根据所述用户的体能特征以及所述运动过程所需的运动强度,利用设定的运动心率数据模型,确定所述用户的初始运动心率、最大运动心率取值区间、从初始 An exercise heart rate monitoring method, characterized by comprising: collecting a user in the exercise heart rate during exercise; exercise heart rate for the user collected at any time during the movement of the determination of any the following exercise heart rate setting condition satisfies a time: not less than or not greater than the value of the user at a preset time of exercise heart rate of a user of said any one of said predetermined movement of said any one time heart rate limit value; physical limits required according to the characteristics of the user and the exercise heart rate during exercise wherein the user preset upper limit value of the exercise heart rate or any one of a predetermined time; if yes, an alarm exercise intensity determined; wherein said movement in said user either on a motion of a predetermined time and a predetermined lower rate limit determining motion rate limit by: the physical characteristics of the user and the desired movement of the exercise intensity, exercise heart rate data using the model set, determining an initial exercise heart rate of the user, the maximum exercise heart rate interval value from the initial 动心率上升到最大运动心率的心率上升时长取值区间、维持最大运动心率不变的心率稳定时长取值区间、以及从最大运动心率下降到初始运动心率的心率恢复时长取值区间,并根据确定的所述用户的初始运动心率、最大运动心率取值区间、从初始运动心率上升到最大运动心率的心率上升时长取值区间、维持最大运动心率不变的心率稳定时长取值区间、以及从最大运动心率下降到初始运动心率的心率恢复时长取值区间,建立用于表示所述用户在所述运动过程中的运动心率随时间变化的正常取值区间的初始运动心率模型; 根据建立的所述初始运动心率模型,确定所述用户在所述运动过程的所述任一时刻的运动心率上限值以及运动心率下限值,并将所确定的所述用户在所述运动过程的所述任一时刻的运动心率上限值以及运动心率下限值,作为所述用户 Movable increasing the heart rate to the maximum length value of exercise heart rate increased heart rate interval value interval length value to maintain a long time interval, and decreased from the maximum to the initial movement of the exercise heart rate recovery heart rate at maximum exercise heart rate of the heart rate stability constant, and is determined in accordance with the initial movement of the user's heart rate, the maximum value interval exercise heart rate, heart rate to rise from an initial length of movement of the maximum value interval exercise heart rate increased heart rate, to maintain the value of the maximum length of exercise heart rate stability constant heart rate zone, and from the maximum exercise heart rate drops to the initial value of length of the exercise heart rate recovery section, to establish the initial motion model for representing the heart rate of the user in the exercise heart rate during exercise with the normal time interval value; according to the established the initial model of exercise heart rate, determining that the user exercise heart rate on any one of a time limit and a lower limit value of the exercise heart rate during exercise, according to any of the user and the determined during the movement of exercise heart rate on a time limit and a lower limit value of exercise heart rate, as the user 所述运动过程中的所述任一时刻的预设运动心率上限值以及预设运动心率下限值。 The movement of any point on a predetermined exercise heart rate and a preset time limit movement of the lower rate limit.
  2. 2.如权利要求1所述的运动心率监控方法,其特征在于,所述方法还包括: 若确定所述运动过程中未出现告警,且接收到所述用户在所述运动过程结束后反馈的、用于表示身体状态正常的反馈信息,则对第一运动心率曲线以及第二运动心率曲线进行拟合,以得到第三运动心率曲线,其中,所述第一运动心率曲线由采集到的所述用户在所述运动过程中的各时刻的运动心率所形成,所述第二运动心率曲线由所述用户在所述运动过程中的各时刻的预设运动心率上限值与预设运动心率下限值的平均值所形成;并根据所述第三运动心率曲线,更新所述用户在所述运动过程中的任一时刻的预设运动心率上限值以及预设运动心率下限值。 2. The method of exercise heart rate monitor according to claim 1, wherein said method further comprises: determining if the alarm does not occur during movement, and receiving the user after the movement feedback for representing the normal state physical feedback information, the heart rate of the first motion and the second motion profile to fit the curves of heart rate, heart rate curve to obtain a third motion, wherein the first motion profile by the acquisition of heart rate to the each time a user of said exercise heart rate in the course of movement of the formed, the second exercise heart rate curve preset by the user on the exercise heart rate to a preset value each time the movement of the heart rate during exercise the lower limit of the average value is formed; and exercise heart rate according to the third curve, updating the user during the movement of any of a predetermined timing and a predetermined upper rate limit movement of the lower rate limit motion.
  3. 3.如权利要求2所述的运动心率监控方法,其特征在于,对第一运动心率曲线以及第二运动心率曲线进行拟合,以得到第三运动心率曲线,包括: 通过对所述第一运动心率曲线以及所述第二运动心率曲线中的相同时刻的运动心率取均值的方式,对所述第一运动心率曲线以及所述第二运动心率曲线进行拟合,以得到所述第三运动心率曲线。 Exercise heart rate monitoring method according to claim 2, wherein the first and second motion exercise heart rate curve to fit the curves of heart rate, heart rate curve to obtain a third motion, comprising: first through the heart Rate heart Rate profile and the same time the second exercise heart rate curve averaged manner, the first motion and the second motion profile HR heart rate curve fitting to obtain the third motion heart rate curve.
  4. 4.如权利要求1所述的运动心率监控方法,其特征在于, 所述用户的体能特征至少包括所述用户的性别以及年龄中的一种或多种; 所述运动过程所需的运动强度至少包括所述运动过程所需的动强度以及持续时长。 4. The method of exercise heart rate monitor according to claim 1, wherein the physical characteristic of the user comprises at least one or more of the user's gender and age; the desired movement of the exercise intensity comprising at least the desired strength and dynamic motion duration.
  5. 5.一种运动心率监控设备,其特征在于,包括: 心率采集模块,用于采集用户在运动过程中的运动心率; 心率判断模块,用于针对所述心率采集模块所采集到的所述用户在所述运动过程中的任一时刻的运动心率,判断所述任一时刻的运动心率是否满足以下设定条件:不小于所述用户在所述任一时刻的预设运动心率上限值或不大于所述用户在所述任一时刻的预设运动心率下限值; 信息告警模块,用于在确定所述心率判断模块的判断结果为是时,进行告警; 其中,所述用户在所述任一时刻的预设运动心率上限值或预设运动心率下限值根据所述用户的体能特征以及所述运动过程所需的运动强度而确定; 其中,所述运动心率监控设备还包括模型建立模块以及阈值确定模块: 所述模型建立模块,用于根据所述用户的体能特征以及所述运动过程所需的运动强度 A heart rate monitor exercise apparatus, comprising: a heart rate acquisition module, for collecting the user in the exercise heart rate during exercise; heart rate determination module for the user for the heart rate measurement module collected heart Rate at any one time in the motion process, the determination whether any of the set conditions of exercise heart rate to meet a time: not less than the upper limit value of the user at any one time or preset exercise heart rate the user is not larger than the predetermined movement at any time of a rate limit; alarm information means for determining said heart rate determination module determination result is Yes, an alarm; wherein, the user is any of said preset value or a preset lower rate limit movement of exercise heart rate is determined according to a time required for the physical characteristics of the user's movement and exercise intensity; wherein said apparatus further comprises a heart rate monitor motion establishing module and a threshold determination module models: a model establishing module, configured according to the desired physical characteristics of the user and the exercise intensity during exercise 利用设定的运动心率数据模型,确定所述用户的初始运动心率、最大运动心率取值区间、从初始运动心率上升到最大运动心率的心率上升时长取值区间、维持最大运动心率不变的心率稳定时长取值区间、以及从最大运动心率下降到初始运动心率的心率恢复时长取值区间,并根据确定的所述用户的初始运动心率、最大运动心率取值区间、从初始运动心率上升到最大运动心率的心率上升时长取值区间、维持最大运动心率不变的心率稳定时长取值区间、以及从最大运动心率下降到初始运动心率的心率恢复时长取值区间,建立用于表示所述用户在所述运动过程中的运动心率随时间变化的正常取值区间的初始运动心率模型; 所述阈值确定模块,用于根据所述模型建立模块建立的所述初始运动心率模型,确定所述用户在所述运动过程的所述任一时刻的运动心 Heart rate data using the model set in motion, determining initial motion of the user heart rate, the maximum value interval exercise heart rate, heart rate to rise from an initial length of movement of the maximum value of increasing the heart rate interval exercise heart rate, exercise heart rate to maintain constant the maximum heart rate value interval length, and a long value when the heart rate falls from the maximum to the initial movement of the exercise heart rate recovery time interval is stable, and the initial motion of the user's heart rate is determined, the maximum value interval exercise heart rate, heart rate increased from the initial to the maximum movement heart Rate heart rate rising interval length value, to maintain a long interval maximum value of the heart rate stability constant exercise heart rate, and heart rate during the movement from the lowest to the initial length of exercise heart rate recovery value of the interval, the user is used to indicate the establishment of the exercise heart rate during exercise is a normal time-varying values ​​of the initial model exercise heart rate interval; the threshold determination module for establishing the initial model module exercise heart rate established according to the model, the user determines the motion of the heart at any one time of movement of 上限值以及运动心率下限值,并将所确定的所述用户在所述运动过程的所述任一时刻的运动心率上限值以及运动心率下限值,作为所述用户在所述运动过程中的所述任一时刻的预设运动心率上限值以及预设运动心率下限值。 Upper limit value and the lower user rate limit motion, and the determined exercise heart rate on any one of a time limit and a lower limit value of the exercise heart rate during exercise, as in the motion of the user process according to any upper limit of a preset time of exercise heart rate and the preset lower limit value of exercise heart rate.
  6. 6.如权利要求5所述的运动心率监控设备,其特征在于,所述运动心率监控设备还包括信息接收模块、数据拟合模块以及阈值更新模块: 所述信息接收模块,用于接收所述用户在所述运动过程结束后反馈的、用于表示身体状态正常的反馈信息; 所述数据拟合模块,用于若确定所述运动过程中未出现告警,且确定所述信息接收模块接收到所述用户反馈的用于表示身体状态正常的反馈信息,则对第一运动心率曲线以及第二运动心率曲线进行拟合,以得到第三运动心率曲线;其中,所述第一运动心率曲线由所述心率采集模块采集到的所述用户在所述运动过程中的各运动心率所形成,所述第二运动心率曲线由所述用户在所述运动过程中的各时刻的预设运动心率上限值与预设运动心率下限值的平均值所形成; 所述阈值更新模块,用于根据所述第三运动心率曲线 6. The exercise heart rate monitoring device according to claim 5, wherein said heart rate monitoring device further comprises a movement information receiving module, a data fitting module and a threshold updating module: the information receiving module, for receiving the user after the movement feedback, feedback information for indicating a normal physical state; fitting the data module is configured to determine if the alarm does not occur during the movement, and determining the information receiving module receives the feedback for the user indicating a normal physical state feedback information, the heart rate of the first motion and the second motion profile to fit the curves of heart rate, heart rate to obtain a third motion profile; wherein the first motion by the heart rate curve the heart of the acquisition module to each user in the exercise heart rate during exercise is formed, the second exercise heart rate curve preset by the user each time the exercise heart rate during the movement of forming a lower limit value of the average value and the preset exercise heart rate; the threshold updating module, according to the third curve exercise heart rate 更新所述用户在所述运动过程中的任一时刻的预设运动心率上限值以及预设运动心率下限值。 Updating the user during the movement of any of a predetermined timing and a predetermined upper rate limit movement of the lower rate limit motion.
  7. 7.如权利要求6所述的运动心率监控设备,其特征在于, 所述数据拟合模块,具体用于通过对所述第一运动心率曲线以及所述第二运动心率曲线中的相同时刻的运动心率取均值的方式,对所述第一运动心率曲线以及所述第二运动心率曲线进行拟合,以得到所述第三运动心率曲线。 An exercise apparatus according to a heart rate monitor as claimed in claim 6, wherein the data fitting module, particularly for the first time by the same exercise heart rate curve and the second curve of exercise heart rate exercise heart rate averaging manner, the first motion and the second motion heart rate curve to fit the curves of heart rate, heart rate to obtain the third motion profile.
  8. 8.如权利要求5所述的运动心率监控设备,其特征在于,所述用户的体能特征至少包括所述用户的性别以及年龄中的一种或多种;所述运动过程所需的运动强度至少包括所述运动过程所需的动强度以及持续时长。 8. The exercise heart rate monitoring device according to claim 5, wherein the physical characteristic of the user comprises at least one or more of the user's gender and age; the desired movement of the exercise intensity comprising at least the desired strength and dynamic motion duration.
CN 201310722313 2013-12-24 2013-12-24 An exercise heart rate monitoring method and apparatus CN104720783B (en)

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