TWI566200B - Method for checking exercise and exercise system thereof - Google Patents

Description

Exercise quantity checking method and its motion system

The invention relates to a motion quantity checking method and a motion system thereof, in particular to a motion quantity checking method and a motion system thereof.

With the advancement of technology, people's computer work time has become longer and longer. As a result, people's time for exercise is also reduced. Almost everyone is sitting at a computer desk. When they get off work, holidays or other leisure time, most people do not develop regular exercise habits. Therefore, after work, holiday or other leisure time, people will stop exercising and stop for a long time before they exercise for one or two times. Unsustainable and effective exercise will affect people's health. Among them, the reasons for people's inability to continue and exercise effectively are nothing more than the inertia, the uncomfortable movement of a group of members, the lack of goals or incentives for exercise.

In view of the above, the present invention provides a motion quantity checking method and a motion system thereof, which can check whether each motion measuring device uploads a motion record according to a sports schedule and a motion check frequency, thereby improving exercise, effective exercise volume and interest. The effect.

The invention provides a motion quantity checking method, which is applicable to a motion system. The motion system comprises a plurality of motion measuring devices and a cloud device, each motion measuring device can be wirelessly connected to the cloud device, and the motion quantity checking method comprises: a cloud device Receiving a sports schedule and a motion check frequency, the motion check frequency is indicative of the sport schedule including a plurality of specified times, and each designated time is used to check whether each motion measuring device uploads a motion record; the motion measuring devices All or some of them form a community, and The cloud device sends the sports schedule and the motion check frequency to the motion measurement devices of the community; the cloud device determines that the motion measurement devices of the community upload the motion record to the cloud device according to the motion check frequency, and the cloud device The uploaded sports record is included in the score calculation.

The invention provides a motion system comprising a cloud device and a software body respectively carried on a plurality of motion measuring devices. Each of the motion measuring devices can be wirelessly connected to the cloud device through the software contained therein, and all or some of the motion measuring devices form a community, and the cloud device and all or some of the software devices are subjected to motion measurement. The nuclear method operates.

The specific method of the present invention is a motion quantity checking method, which checks whether each exercise measuring device uploads a motion record according to the exercise schedule and the motion check frequency. When it is determined that each motion measuring device of the community uploads the motion record according to the motion check frequency, the cloud device calculates the motion record by using the reward mechanism. Conversely, when it is determined that the motion measurement devices of the community do not upload the motion record according to the motion check frequency, the cloud device calculates the motion record by using a penalty mechanism. In this way, the present invention can indeed improve the effects of exercise, effective exercise and fun.

The above summary and the following examples are intended to be illustrative of the invention and the embodiments of the invention.

1‧‧‧ sports system

10‧‧‧Cloud device

12a, 12b, 12c‧‧‧ sports measuring devices

120a, 120b, 120c‧‧‧ measurer

122b, 122c‧‧‧ mobile communicator

S101~S105‧‧‧ Process steps

S201~S215‧‧‧ Process steps

S301~S311‧‧‧ Process steps

S401~S413‧‧‧ Process steps

1A is a schematic diagram of a motion system according to an embodiment of the present invention.

FIG. 1B is a flowchart of a method for checking a motion amount according to an embodiment of the present invention.

2 is a flow chart of a method for checking a motion amount according to another embodiment of the present invention.

FIG. 3 is a flowchart of a method for checking a motion amount according to another embodiment of the present invention.

4 is a flow chart of a method for checking a motion amount according to another embodiment of the present invention.

FIG. 5A is a schematic diagram of a total time of a member's exercise time according to another embodiment of the present invention.

FIG. 5B is a schematic diagram showing the movement time distribution of a member of another embodiment of the present invention.

FIG. 5C is a schematic diagram of a total time of a member's exercise time according to another embodiment of the present invention.

FIG. 5D is a schematic diagram of a total time of movement of a member of a community according to another embodiment of the present invention.

1A is a schematic diagram of a motion system according to an embodiment of the present invention. Please refer to Figure 1A. A motion system 1 includes a plurality of motion measuring devices 12a, 12b, 12c and a cloud device 10. Each of the motion measuring devices 12b, 12c is, for example, a non-instantaneous wireless measuring device 120b, 120c and a mobile communicator 122b. 122c, or each of the motion measuring devices 12a is, for example, an instant communication measuring device 120a. In practice, the instant messenger 120a or the non-instant messaging gauges 120b, 120c are implemented, for example, by a smart watch, a smart pedometer, or a smart wearable device. The measuring devices 120a, 120b, and 120c are used for measuring the heart rate, timing, motion heat, and/or step counting of the user's motion. The instant messaging meter 120a has, for example, a 3G or 4G mobile internet function. Therefore, the instant messenger 120a can directly upload the motion record to the cloud. The non-instant messaging meters 120b, 120c have, for example, a Bluetooth Communicator or a WiFi Communicator. Therefore, the non-instant messaging meters 120b, 120c can connect the mobile communication devices 122b, 122c to upload the motion record to the cloud. This embodiment does not limit the aspect of the motion measuring devices 12a, 12b, 12c.

For example, the motion measuring device 12a is, for example, an instant communication measuring device 120a for performing heart rate, blood pressure, timing, motion heat, and/or step counting on the user's motion, and measuring the user's motion. The record is wirelessly transmitted to the cloud device 10. The other motion measuring devices 12b, 12c are, for example, non-instant messaging sensors 120b, 120c and mobile communicators 122b, 122c, wherein the mobile communicators 122b, 122c are, for example, smart phones, tablets, notebooks or desks. The computer does not limit the aspect of the mobile communicators 122b, 122c. In addition, the non-immediate information measuring devices 120b, 120c may first store the motion record of the user's motion in its internal memory. After the exercise, the user can connect the non-immediate sensors 120b, 120c with the mobile communicators 122b, 122c to upload the motion record to the cloud device 10. Of course, that is The time measuring device 120a needs to connect to the cloud frequently or upload the motion record to the cloud, so the instant measuring device 120a compares the power consumption compared to the non-instant communication measuring devices 120b, 120c. In other words, the non-instant messaging meters 120b, 120c will be used longer than the instant messaging meter 120a. This embodiment does not limit the operational aspect of the exercise system 1.

It should be noted that each of the motion measuring devices 12a, 12b, and 12c of the motion system 1 is installed with a software or an application (APP), that is, a software or an application (APP) is respectively included in each motion measurement. Devices 12a, 12b, 12c. The motion measuring devices 12a, 12b, and 12c can be wirelessly connected to the cloud device 10 through the software contained therein, and all or some of the motion measuring devices 12a, 12b, and 12c form a community, and the cloud device 10 All or some of these softwares operate with a motion check method. Briefly, the cloud device 10 and the motion measuring devices 12a, 12b, 12c will perform the squad movement and competition ranking by the exercise amount checking method.

Next, the detailed operation and flow of the motion quantity checking method in the motion system 1 will be further explained.

FIG. 1B is a flowchart of a method for checking a motion amount according to an embodiment of the present invention. Please refer to Figure 1B. A motion quantity checking method is applicable to a motion system 1. The motion system 1 includes a plurality of motion measuring devices 12a, 12b, and 12c and a cloud device 10, and each of the motion measuring devices 12a, 12b, and 12c can be wirelessly connected to the cloud device. 10, and the method of checking the motion check includes: In step S101, the cloud device 10 receives a sports schedule and a motion check frequency. The motion check frequency includes one or a plurality of specified times for indicating the motion schedule, and each designated time is used to check each motion measurement device 12a. Whether 12b, 12c uploads a sports record. Simply put, sports schedules are for sports, running, swimming, sit-ups, push-ups, off-road races, cycling or walking. Among them, the sports schedule includes one, two, three or a plurality of specified times. And each specified time is used to check whether each exercise measuring device 12a, 12b, 12c uploads a sports record. record. For convenience of explanation, the sports schedule of the present embodiment is a running group, and the sports schedule includes four specified times to illustrate.

For example, the cloud device 10 receives a one-month sports schedule and a motion check frequency. The motion check frequency is indicative of the sport schedule including four specified times, that is, the motion check frequency is once a week. Therefore, each of the motion measuring devices 12a, 12b, 12c must upload a motion record before each specified time. In other words, each of the motion measuring devices 12a, 12b, 12c needs to upload four motion records to complete the athletic schedule.

It is worth noting that the exercise record includes running steps, exercise distance, effective exercise time, heart rate, blood pressure, exercise heat and other sports related data, and the effective exercise time is based on a heart rate in a duration. The time in the exercise heart rate interval, and each of the exercise measuring devices 12a, 12b, 12c sets a physical and mental condition and measures a resting heart rate to generate an effective exercise heart rate interval based on physical and mental conditions and a quiet heart rate. The effective exercise heart rate interval is divided into a plurality of sub-intervals, and each sub-interval corresponds to a parameter value, and the effective exercise time is calculated according to the time amount of each sub-interval and the corresponding parameter value, so as to estimate the exercise heart rate under the sub-intervals The amount of exercise. For the calculation method of the above-mentioned effective exercise time, please refer to the contents of the manual disclosed by the same applicant in the case of the "Sports Volume Evaluation Method and System" of the patent application number: 103134224 applied for by the Intellectual Property Office of the Republic of China on October 1, 2014, and As part of the contents of this manual.

Then, in step S103, all or some of the motion measuring devices 12a, 12b, 12c form a community, and the cloud device 10 sends the sports schedule and the motion check frequency to the motion measuring devices of the community. 12a, 12b, 12c. For example, some of the motion measuring devices 12a, 12b, 12c are added to the above-mentioned running group, and the cloud device 10 sends the sports measuring range and the sports checking frequency of the running group to the sports measuring devices 12a, 12b of the community. 12c. That is to say, the exercise measuring devices 12a, 12b, 12c participating in the running group will receive related signals such as the sports schedule and the motion check frequency. Of course, the user can run according to the sports schedule and the frequency of the sports check. Step movement.

Then, in step S105, the cloud device 10 determines that the motion measurement devices 12a, 12b, and 12c of the community upload the motion record to the cloud device 10 according to the motion check frequency, and the cloud device 10 incorporates the uploaded motion record into the score. Calculation. In practice, the cloud device 10 determines that one of the motion measuring devices 12a, 12b, and 12c of the community uploads the motion records according to the motion check frequency to complete the sports schedule, and the cloud device 10 rewards the cloud device 10 with a reward. The mechanism calculates the movement record. The cloud device 10 determines that one of the motion measuring devices 12a, 12b, and 12c of the community does not upload the motion records according to the motion check frequency to complete the sports schedule, and the cloud device 10 calculates by using a penalty mechanism. Sports record.

In detail, the exercise measuring device 12a participating in the running group uploads the motion record to the cloud device 10 according to the exercise check frequency. That is to say, before the designated time once a week, the exercise measuring device 12a uploads the exercise record to the cloud device 10, and the uploaded exercise record will be included in the score calculation. If the exercise measuring device 12b participating in the running group does not upload the motion record to the cloud device 10 according to the motion check frequency. That is, the exercise measuring device 12b does not upload the exercise record to the cloud device 10 before the designated time once a week. In other words, after the specified time of the week, the exercise measuring device 12b uploads the motion record to the cloud device 10, or the motion measuring device 12b does not upload the motion record to the cloud device 10, the uploaded motion record is uploaded. The score calculation will not be included, or the exercise measuring device 12b that has not uploaded the exercise record will be deleted or excluded from the running group.

2 is a flow chart of a method for checking a motion amount according to another embodiment of the present invention. Please refer to Figure 2.

In step S201, one of the motion measuring devices 12a, 12b, and 12c sets a motion schedule and a motion check frequency, and uploads the motion schedule and the motion check frequency to the cloud device 10, or the cloud device 10 according to the The settings of the backend device to set the exercise schedule and the motion check frequency. For example, the exercise measuring device 12a is set For example, the exercise schedule of the running group and the frequency of the exercise check once a week are checked, and the set of exercise schedules and the frequency of the exercise check once a week are uploaded to the cloud device 10. In other words, the member passes the exercise measuring device 12a to initiate the operation of the scorpion movement. Therefore, the cloud device 10 will proceed to step S203, and the cloud device 10 receives a sports schedule and a motion check frequency.

In other embodiments, the cloud device 10 can also set the motion schedule and the motion check frequency according to the settings of a backend device. The back-end device is, for example, a servo computer, a workstation computer, or a group computer, and the embodiment does not limit the aspect of the back-end device. Among them, a company or group can set a swimming group's sports schedule and twice-weekly sports check frequency through the back-end device, and set the swimming group's sports schedule and weekly check-ups for the second time. The frequency will be uploaded to the cloud device 10. In other words, a company or group uses a back-end device to initiate a squad movement. Therefore, the cloud device 10 also proceeds to step S203, and the cloud device 10 receives a sports schedule and a motion check frequency.

Next, in step S205, the cloud device 10 transmits the exercise schedule and the motion check frequency to the motion measurement devices 12a, 12b, 12c of the community. Briefly, the exercise measuring devices 12a, 12b, 12c participating in the running group will receive the sports schedule and the sports check frequency of the running group, and the sports measuring devices 12b, 12c participating in the swimming group will receive the swimming group's movement. Schedule and sports check frequency. This step does not limit the number of exercise measuring devices 12a, 12b, 12c participating in the running group and/or the athletic measuring devices 12b, 12c participating in the swimming group.

In step S207, it is determined whether the motion measuring devices 12a, 12b, 12c of the community upload the motion records according to the motion check frequency to complete the sports schedule. If the answer of step S207 is YES, then step S209 is performed, and the cloud device 10 calculates the motion record by a reward mechanism. And in step S213, the reward mechanism is to add the motion records of the completed sports schedule to a first preset time, or multiply the motion records of the completed sports schedule by a first weight value, and the first weight value Greater than or equal to one.

If the determination result in step S207 is yes, proceed to step S211, the cloud device 10 Calculate the exercise record with a penalty mechanism. And in step S215, the penalty mechanism is that the motion record uploaded after one of the designated times is closed is not included in the score calculation, or the motion records of the completed sports schedule are deducted by a second preset time, or The motion records of the completed athletic schedule are multiplied by a second weight value, and the second weight value is less than one.

For convenience of explanation, the reward mechanism of this embodiment multiplies the motion records that complete the sports schedule by a first weight value, and the first weight value is, for example, a value of 1.2. The penalty mechanism is to multiply the motion records of the completed athletic schedule by a second weight value, and the second weight value is, for example, a value of 0.8. For example, the exercise measuring device 12b participating in the running group uploads the motion record to the cloud device 10 according to the exercise check frequency before the designated time of the week. Then the cloud device 10 multiplies these exercise records by 1.2 times as a full attendance reward. To put it simply, if these sports records were originally run for 150 minutes, they would be run for 180 minutes after the full-time reward mechanism.

If the exercise measuring device 12b participating in the running group does not upload the motion record to the cloud device 10 according to the exercise check frequency. For example, the exercise measuring device 12b participating in the running group uploads the exercise record to the cloud device 10 one or more times after a specified time of the week. Then the cloud device 10 multiplies these motion records by 0.8 times as a penalty. To put it simply, if these sports records were originally run for 150 minutes, it was calculated by the penalty mechanism to run for 120 minutes.

It is worth mentioning that in other embodiments, members of the community will upload sports records on time. Of course, there will be members who will not upload sports records on time. The motion measuring device 12c has, for example, one or more times not uploading the motion record to the cloud device 10 according to the specified time. Then, the cloud device 10 will upload the motion record according to the penalty mechanism to calculate the time or the times and not according to the specified time. For example, the exercise measuring device 12c uploads the exercise record three times at a specified time, and once fails to upload the exercise record at the designated time. The three times of uploading the sports record on time, for example, is a total of 100 minutes of running, and this time the sports record is not uploaded on time, for example, running for 50 minutes. Then the cloud device 10 will get a running 40 points according to the penalty mechanism to multiply the running 50 minutes by 0.8 times. The clock is combined with 40 minutes of running and 100 minutes of running to get 140 minutes. In short, the cloud device 10 only performs an operation of penalizing the motion record without uploading the motion record at the specified time. In addition, in other embodiments, the motion records of the athletic schedule are added to the first preset time as a full attendance reward, and the first preset time is, for example, 20, 30, 50 minutes or other values. The motion record uploaded after one of the designated times is not included in the score calculation, or the second preset time is subtracted from the sports records of the completed sports schedule, and the second preset time is, for example, 20, 30, 50 minutes or other value as a penalty. This embodiment does not limit the aspect of the reward mechanism and the penalty mechanism.

It is worth mentioning that this embodiment is a sports competition in a group manner. The members select sports groups according to their interests, goals or social circles, and the participating sports teams will conduct sports competitions for each member. Rankings are used to motivate members to exercise or exercise effectively in a contest or fun manner.

FIG. 3 is a flowchart of a method for checking a motion amount according to another embodiment of the present invention. Please refer to Figure 3.

In step S301, the cloud device 10 receives a sports schedule and a motion check frequency. Next, in step S303, the cloud device 10 transmits the sports schedule and the motion check frequency to the motion measuring devices 12a, 12b, 12c of the community. In practice, step S301 and step S303 are the same as step S101 and step S103 of FIG. 1 described above. Of course, before step S301, step S201 of FIG. 2 above may still be included. I will not repeat them here.

In step S305, a notification signal is sent to each of the motion measuring devices 12a, 12b, 12c in advance according to the motion check frequency, and each of the motion measuring devices 12a, 12b, 12c outputs a notification signal. In practice, when the motion measuring devices 12a, 12b, and 12c are wirelessly connected to the cloud device 10, the cloud device 10 transmits a notification signal to each of the motion measuring devices 12a, 12b, and 12c according to the motion check frequency. The motion measuring devices 12a, 12b, and 12c output notification signals by sound, video, text, or vibration. number. To put it simply, the cloud device 10 will notify the members to upload the sports record at a specified time according to the frequency of the motion check. Of course, this step S305 can also be applied to the process steps of FIG. 1 and FIG. 2 described above. Those skilled in the art can freely design the above process steps.

In step S307, it is determined whether the motion record is uploaded to the cloud device 10 in one of the third preset time after the motion record is stored. In practice, the cloud device 10 determines whether to upload the motion record to the cloud device 10 in one of the third preset time after storing the motion record, and if so, the cloud device 10 calculates the motion record by using the reward mechanism, and if not, the cloud device 10 Calculate the exercise record with a penalty mechanism.

For convenience of explanation, the third preset time of this embodiment is illustrated by 8 hours. In other embodiments, the third preset time is, for example, 0.5, 4, 24 or other numerical hours, and the embodiment does not limit the third preset time.

For example, after the member moves, the exercise measuring device 12b will store the exercise record, and the third preset time is 8 hours after the exercise record is stored to the exercise measuring device 12b. That is to say, the member uploads the exercise record to the cloud device 10 within 8 hours after the exercise record is stored in the exercise measuring device 12b, and then in step S309, the cloud device 10 calculates the exercise record by the reward mechanism. If the member uploads the exercise record to the cloud device 10 8 hours after the exercise record is stored in the exercise measuring device 12b, then in step S311, the cloud device 10 calculates the exercise record by the penalty mechanism.

It is to be noted that the exercise record is stored, for example, at 10 am on October 10 in the exercise measuring device 12b. If the member uploads the exercise record to the cloud device 10 at 14 o'clock on the same day, the cloud device 10 determines that the pen movement record is uploaded within 8 hours, and the cloud device 10 will calculate the exercise record by the reward mechanism. The other exercise record is stored in the exercise measuring device 12b, for example, at 14 pm on October 20. If the member uploads the exercise record to the cloud device 10 at 3:00 pm on the same day, the cloud device 10 determines that the pen movement record is uploaded after 8 hours, and the cloud device 10 will calculate the exercise record by the penalty mechanism. This embodiment does not limit the flow of FIG.

4 is a flow chart of a method for checking a motion amount according to another embodiment of the present invention. Please refer to Figure 4.

In step S401, the cloud device 10 receives a sports schedule and a motion check frequency. Next, in step S403, the cloud device 10 transmits the exercise schedule and the motion check frequency to the motion measurement devices 12a, 12b, 12c of the community. In practice, step S401 and step S403 are similar to step S101 and step S103 of FIG. 1 described above. Of course, before step S401, step S201 of FIG. 2 above may still be included. I will not repeat them here.

In step S405, the cloud device 10 determines whether each of the motion measuring devices 12a, 12b, 12c of the community uploads the motion records according to the motion check frequency to complete the sports schedule. If the result of the determination in step S405 is YES, then in step S407, the motion measurement devices 12a, 12b, and 12c of the community upload the motion record to the cloud device 10 according to the motion check frequency, and the cloud device 10 determines the motion according to the screening mechanism. Whether the record is qualified information.

In practice, the cloud device 10 further includes a screening mechanism. The motion measurement devices 12a, 12b, and 12c of the community upload motion records to the cloud device 10 according to the motion check frequency. The cloud device 10 determines whether the motion record is based on the screening mechanism. For qualified information. If it is determined that the exercise record is qualified data, the cloud device 10 will calculate the exercise record by the reward mechanism. If it is judged that the exercise record is not qualified, the cloud device 10 will calculate the exercise record by the penalty mechanism. The screening mechanism may be judged according to one or a combination of exercise time, exercise frequency, and exercise intensity. For example, the screening mechanism is a motion three-three-three principle or a motion one-five principle.

In detail, the principle of sports three three three is, for example, "sports at least three times a week, at least 30 minutes each time, and the heart rate after each exercise needs to reach more than 130 times per minute." For example, the member uploads the motion record to the cloud device 10 according to the motion check frequency, and the cloud device 10 will filter whether the motion record is qualified according to the motion tri-three principles. That is, the exercise measuring devices 12a, 12b, 12c record at least three sports records of different exercise times, and each exercise record takes longer than the time. After 30 minutes, and the heart rate after each exercise needs to reach more than 130 times per minute, the cloud device 10 will judge the motion record as qualified data.

On the other hand, for example, the member uploads the motion record to the cloud device 10 according to the motion check frequency. If the motion measuring device 12a, 12b, 12c records less than three sports records of different exercise time, the time of each exercise record is lower than thirty. In minutes, or the heart rate after each exercise needs to be less than 130 times per minute, the cloud device 10 will judge the motion record as unqualified data.

Briefly, if the result of the determination in step S407 is YES, then in step S411, the motion record is qualified information, and the cloud device 10 will calculate the motion record by the reward mechanism. If the result of the determination in step S407 is YES, then in step S413, if the motion record is not qualified data, the cloud device 10 will calculate the motion record by the penalty mechanism.

In addition, the principle of “moving one to five” is, for example, “150 minutes per week”, for example, 150 minutes of weekly hard labor or moderate labor. Among them, laborious sports such as running, climbing uphill, swimming fast, going up the stairs, aerobic dance, riding a bicycle fast, taekwondo, rock climbing, skipping, playing (such as basketball, football, tennis singles). The moderately laborious sports are, for example, walking, going downhill, general speed swimming, tennis doubles, badminton, billiards, volleyball, tai chi, dancing, and general speed riding bicycles. Of course, the above-mentioned laborious exercise and moderately laborious exercise can be realized by detecting data such as heart rate or calorie expenditure. For example, a heart rate of more than 140 beats per minute is considered a laborious exercise, and a heart rate of 100 to 140 beats per minute is considered a moderately laborious exercise.

For example, the principle of moving one to five is, for example, "150 minutes of moderately laborious exercise per week", and the heart rate of moderately laborious exercise is, for example, 100 to 140 times per minute. If the exercise measuring device 12a records the exercise record of more than 150 minutes of moderately laborious exercise per week, the cloud device 10 will judge the exercise record as qualified data. On the other hand, if the exercise measuring device 12a records a sports record with a moderately laborious exercise of less than 150 minutes per week, the cloud device 10 will judge the motion record as unqualified data. This embodiment does not limit the flow and operation mode of steps S407-S413.

If the result of the determination in step S405 is YES, then in step S409, the cloud device 10 calculates the motion record by the penalty mechanism. In practice, step S405 is, for example, the first level of the embodiment, and step S407 is, for example, the second level of the embodiment. When the member's sports record does not pass the first level, the cloud device 10 calculates the exercise record by the penalty mechanism of the first level. For example, the penalty mechanism for the first level is that the uploaded sports record will not be included in the score calculation.

When the member's sports record passes through the first level and does not pass the second level, the cloud device 10 calculates the exercise record by the penalty mechanism of the second level. For example, the penalty mechanism of the second level deducts the second preset time for the uploaded sports record. Among them, the penalty mechanism of the first level is different from the punishment mechanism of the second level. In other embodiments, the penalty mechanism of the first level may be the same as the penalty mechanism of the second level. In addition, when the member's sports record passes through the first level and the second level, the cloud device 10 calculates the exercise record by using a reward mechanism. This embodiment does not limit the flow of FIG. 4.

FIG. 5A is a schematic diagram of a total time of a member's exercise time according to another embodiment of the present invention. FIG. 5B is a schematic diagram showing the movement time distribution of a member of another embodiment of the present invention. FIG. 5C is a schematic diagram of a total time of a member's exercise time according to another embodiment of the present invention. FIG. 5D is a schematic diagram of a total time of movement of a member of a community according to another embodiment of the present invention. Please refer to FIG. 5A, FIG. 5B, FIG. 5C and FIG. 5D.

In practice, the cloud device converts the athletic records of the completed athletic schedule into one or a combination of a sports time total cable chart, a sports time distribution chart, and a community member sports time total cable chart. That is to say, the sports records uploaded on time will be drawn as real-time charts to facilitate understanding of the sports patterns and/or rankings of the participants and the competitors, in order to generate competition tactics and strategies or to create a healthy lifestyle.

In detail, FIG. 5A is, for example, an overview chart of a week's effective exercise time. For example, the long strip on Monday indicates that the team performed three effective exercises on Monday. The strips on Wednesday, Friday and Saturday indicate that the members only have one effective exercise. Another example, Sunday Indicates that the team members performed three effective exercises on Sunday and had the longest effective exercise time.

FIG. 5B is, for example, a distribution of effective exercise time of a group of members, wherein the members have the most frequent exercise in the morning hours on weekdays, and the members have the longest effective exercise time in the morning and afternoon hours on Saturday and Sunday. FIG. 5C is, for example, an overview of one-month effective exercise time of a member. For example, the third week of the long bar indicates that the member performs two effective exercises in one week and has the shortest effective exercise time. In another example, the fourth week indicated that the team members had four effective exercises in one week and had the longest effective exercise time. Fig. 5D is, for example, an overview of the effective movement time of the scorpion. In short, the effective exercise time of participants 1~3 is greater than their effective exercise time. Therefore, it is necessary to strengthen the length or intensity of your effective exercise time to stimulate the movement. Of course, users can also learn the exercise time, habits and exercise volume of the participants 1~3 through the above chart, so as to learn the sports patterns of the participants 1~3 or encourage the members to exercise.

Based on the above, the cloud device can convert the motion record into a variety of charts to provide to the members of the community to know, thereby motivating the members to exercise. According to Figures 5A, 5B and 5C, the time, habits and exercise amount of a member's movement can be known. According to Figure 5D, the effective exercise time of the members can be known, so that it is convenient to understand the sports mode and/or ranking of the competitors and the competitors, thereby generating competition tactics and strategies or shaping a healthy lifestyle.

The invention provides a method for checking the amount of exercise, according to the exercise schedule and the frequency of the motion check, to check whether each exercise measuring device uploads a motion record. Among them, members of the community can set up various sports groups and conduct sports check and ranking in a competitive manner. When it is determined that each motion measuring device of the community uploads the motion record according to the motion check frequency, the cloud device calculates the motion record by using the reward mechanism. Conversely, when it is determined that the motion measurement devices of the community do not upload the motion record according to the motion check frequency, the cloud device calculates the motion record by using a penalty mechanism. In addition, the present invention further includes a screening mechanism and based on the screening mechanism to further determine whether the motion record is qualified. If the motion record is judged to be qualified, the cloud device will calculate the exercise record using the reward mechanism. In this way, the present invention can indeed improve the effects of exercise, effective exercise and fun.

The above description is only an embodiment of the present invention, and is not intended to limit the invention. Benefit range.

S101~S105‧‧‧ Process steps

Claims (13)

A motion quantity checking method is applicable to a motion system, the motion system includes a plurality of motion measuring devices and a cloud device, each of the motion measuring devices can be wirelessly connected to the cloud device, and the motion quantity checking method includes: The cloud device receives a motion schedule and a motion check frequency, where the motion check frequency indicates that the motion schedule includes a plurality of specified times, and each of the designated times is used to check whether each motion measurement device uploads a motion record; All or some of the motion measurement devices form a community, and the cloud device transmits the motion schedule and the motion check frequency to the motion measurement devices of the community; and the cloud device determines that the Each of the sports measurement devices of the community uploads the motion record to the cloud device according to the motion check frequency, and the cloud device adds the uploaded motion record to the score calculation; the cloud device determines that the community One of the motion measuring devices uploads the motion records according to the motion check frequency to complete the exercise schedule, and the cloud device wins the prize. The mechanism calculates the motion record, and the cloud device determines that one of the motion measurement devices of the community does not upload the motion records according to the motion check frequency to complete the exercise schedule, and the cloud device a penalty mechanism for calculating the motion record; each of the motion measuring devices is configured to store the motion record, and the cloud device determines whether to upload the motion record to the cloud device in a third preset time after storing the motion record, If yes, the cloud device calculates the motion record by using the reward mechanism. If not, the cloud device calculates the motion record by using the penalty mechanism; wherein the cloud device further includes a screening mechanism, and the amount of the movement of the community The measuring device uploads the motion record to the cloud device according to the motion check frequency, and the cloud device determines whether the motion record is qualified data according to the screening mechanism, and if the motion record is determined to be qualified data, the cloud device The exercise record will be calculated by the reward mechanism. If it is determined that the exercise record is not qualified, the cloud device will calculate the exercise record by the penalty mechanism. The motion quantity checking method of claim 1, wherein the reward mechanism adds the motion record for completing the exercise schedule to a first preset time, or multiplies the motion records for completing the exercise schedule by A first weight value, and the first weight value is greater than one. The method for checking the amount of exercise according to item 1 of the claim, wherein the penalty mechanism is that the exercise record uploaded after one of the designated times is not included in the calculation of the score, or the movements that will complete the exercise schedule The record is deducted by a second preset time, or the motion records of the exercise schedule are multiplied by a second weight value, and the second weight value is less than one. For example, the method for checking the amount of exercise in item 1 of the claim, wherein the screening mechanism is a three-three-three principle or a one-five principle. The method of checking the exercise quantity according to Item 1 of the claim, wherein the screening mechanism determines whether the exercise record is qualified data according to one or a combination of exercise time, exercise frequency and exercise intensity. The motion quantity checking method of claim 1, wherein if the motion measuring device fails to upload the motion record one or more times according to the specified time, the cloud device calculates the time according to the penalty mechanism The sports record was not uploaded at the specified time. The method for checking the motion quantity of item 1 of the request item further includes: one of the motion measuring devices setting the exercise schedule and the motion check frequency, and uploading the motion schedule and the motion check frequency to the cloud The device, or the cloud device, sets the exercise schedule and the motion check frequency according to a setting of a backend device. The motion quantity checking method of claim 1, wherein the cloud device converts the motion records that complete the sports schedule into a sports time total cable chart, a sports time distribution chart, and a community member sports time total cable. One or a combination of the charts. The motion quantity checking method of claim 1, wherein, when each of the motion measuring devices is wirelessly connected to the cloud device, the cloud device sends a notification signal to each of the motion measuring devices according to the motion check frequency. And each of the motion measuring devices outputs the notification signal in a manner of sound, video, text or vibration. The exercise quantity check method of claim 1, wherein the exercise record comprises one or a combination of heart rate, blood pressure, exercise heat, running steps, exercise distance, and an effective exercise time. The exercise quantity checking method according to Item 1, wherein the exercise record includes an effective exercise time, and the effective exercise time is calculated according to a physical and mental condition and a resting heart rate. The motion quantity checking method of claim 1, wherein the motion record includes an effective exercise time, and the effective exercise time is a time according to a exercise heart rate in a duration falling within an effective exercise heart rate interval, and each time The exercise measuring device sets a physical and mental condition and measures a resting heart rate to generate the effective exercise heart rate interval according to the physical and mental condition and the resting heart rate, the effective exercise heart rate interval is divided into a plurality of sub-intervals, and each of the sub-intervals has a corresponding The parameter value is calculated according to the time amount of each sub-interval and the corresponding parameter value, so as to estimate the exercise amount of the exercise heart rate under the sub-intervals. A motion system includes: a cloud device; and a software respectively disposed on the plurality of motion measuring devices; wherein each of the motion measuring devices is wirelessly connected to the cloud device through the software, and the motions All or some of the measurement devices form a community, and the cloud device and all or some of the software functions in a motion check method as claimed in any one of claims 1 to 12.