TWM670535U - Sports equipment operating device - Google Patents

Abstract

A sports equipment operating device is installed on preset sports equipment and is equipped with an operating device interface. The operating device interface has a built-in computing unit. The operating interface displays a training module and at least runs the following options: a movement Information options and an exercise prescription option. The exercise information system provides a signal connection component connection setting option. The exercise prescription option allows the user to set the exercise parameters of the exercise equipment according to needs, and cooperates with the exercise parameter settings. The computing unit built into the interface of the operating device calculates the predetermined amount and method of exercise. The exercise method includes the eccentric mode and the eccentric mode. The exercise prescription option provides the user with the option to set the warm-up and exercise of the default exercise mode. and the target value of the mitigation phase.

Description

Sports equipment operating devices

This invention is a sports equipment operating device, which is provided with an operating device interface. The operating device interface has a built-in computing unit corresponding to the sports coefficient data of the installed sports equipment, and is connected to the cloud network and the sensor to read the user's sports process and sports results. By running a training module and a test module design, and reading the sports data computing information record through the historical record interface, the user can have a sports equipment operating device with higher sports efficiency.

The invention patent No. I727737 of this country, "Circulation operation method of sports equipment and its application", mainly discloses a circulation operation method of sports equipment. The main effect of the circulation operation method is to enable the user to achieve effective exercise intensity through the circulation exercise training. The operation method mainly includes the following steps: 1. The evaluation step is to conduct information statistical evaluation through a computer, including state evaluation, question-and-answer evaluation and physical fitness evaluation; 2. The testing step is based on the user's physical fitness evaluation and exercise limit test, using a non-invasive physiological monitoring system. The monitoring system is a continuous cardiac output monitoring system and a near- and far-infrared spectroscopy system, which monitor the user's cardiac hemodynamics and brain tissue respectively. The exercise limit test is to first make the subject wear a continuous cardiac output monitoring system mask, an exercise blood pressure monitor and a finger blood oxygen saturation machine after a half-hour rest. The heart rate, blood pressure and blood oxygen are monitored throughout the exercise test. The detectors of the near- and far-infrared spectrum system are placed on the subject's frontal lobe and lateral thigh muscle. , detect the distribution of oxygen and deoxyhemoglobin in the tissues, observe the changes in local tissue blood flow and oxygen uptake during exercise, until the subject reaches the limit of body load and exhaustion; third, the calculation step will test the exercise limit, perform the metabolic equivalent of the preset exercise, and calculate the power and load of each sports equipment to obtain effective and accurate exercise prescription data.

However, although the previous patent has a circular motion exercise module that can provide users with efficient exercises for various body muscle groups, it lacks a software and hardware system that is convenient for users to operate today to run circular motion. There is still a need to further integrate the current cloud-operated sports market development and provide more practical sports devices through the integration of cloud technology and electronic operating interfaces.

This invention is a sports equipment operating device, which is installed on a preset sports equipment and is equipped with an operating device interface. The operating device interface has a built-in computing unit. The computing unit is installed with the sports coefficient data of the corresponding sports equipment, and uses a signal device to connect to the cloud network, and the sensor reads the operator's exercise frequency, resistance and other information during the exercise process and calculates the exercise results. The operating device interface runs a training module. The main feature of this invention is that the training module runs at least the following options: a sports information option and a sports prescription option. The sports information is provided with a signal connection element connection setting option. The sports prescription option allows the operator to set the sports parameters of the sports equipment used according to needs, and through the sports parameter setting in conjunction with the built-in computing unit of the operating device interface The unit calculates the predetermined amount and mode of exercise; an exercise prescription option, which provides the operator with target values for the warm-up, exercise and cool-down phases of the preset exercise mode. The exercise prescription option interface includes: an exercise selection for selecting different exercise modes; a target value setting providing target values for the warm-up, exercise and cool-down phases, including setting target values such as exercise time and wattage of each phase, wherein the operating device interface has a built-in metabolic equivalent calculation unit, which detects and calculates the following data, and displays the calculated data on the control screen for the operator to read: estimated maximum oxygen uptake*(%HRR)/60 test time/3.5=METs/sec, where metabolic equivalent (MET, metabolic equivalent) The MET equivalent can be used to describe the intensity of exercise. 1 MET is defined as 1 kcal/kg/hour (1 kcal consumed per kilogram of body weight per hour). MET is used to express the relative energy metabolism level of various activities. It is also another way to express exercise intensity in addition to heart rate and perceived exercise intensity. 1 MET is equivalent to the energy consumed when sitting down to rest. Considering that individual differences in energy consumption during static rest are often ignored, 1 MET is equivalent to 1 V ^． O_2 (3.5 mL/Kg/min). 1MET (Kcal/min) = 3.5mL/Kg/min: When the exercise starts (warm-up phase), the change in heart rate from resting heart rate per second is calculated as maximum oxygen uptake * ((heart rate - resting heart rate) / (maximum heart rate - resting heart rate) / test time 60/3.5); calculate the metabolic equivalent per minute: estimated maximum oxygen uptake * ((heart rate - resting heart rate) / (maximum heart rate - resting heart rate) / test time 60/3.5) = METs/sec (metabolism per second The average METs for 60 seconds of the test time are added up to get the METs per minute; one-minute calories (Kcal): MET per second * 3.5 * body weight / 200 (ml/kg/min = liter/minute × 1000 ÷ body weight in kg → liter/minute = [ml/kg/min] ÷ 1000 × body weight in kg), calculate the average calorie consumption per second of the test time, and the average of the test time of 60 seconds is added up to minutes to get the calories per minute (kcal/min).

Another feature of the invention is that the test module runs at least one startup test to perform an exercise test, wherein after the startup test, a test detection interface can be clicked, and the test detection interface will display a resting heart rate measurement window. Before the exercise test starts, the operator will be prompted to rest for a preset time and the remaining time will be prompted, and the resting heart rate will be measured after the preset time. Before the exercise test starts, the operator will be prompted that the startup test displays a corresponding display of the test heart rate column and the test heart rate interval column. The test heart rate column and the test heart rate interval column are displayed. The rate range column is the result of the calculation of the signal of the monitoring device obtained through the operating device interface into the built-in program. If the test heart rate exceeds the dangerous value of 85% for more than the preset time of 30 seconds, it will be forced to enter the slow-down phase. The startup test displays the test information interface and performs the exercise test. The test information interface displays a test speed column. The test speed column cannot adjust the target speed by itself during the startup exercise test. If the test speed is not maintained at the preset time, it will be forced to enter the slow-down phase exercise test.

10: Operation device interface

20: Sports equipment with eccentric exercise training function

21:Sensor

30: Monitoring device

C: Cloud Network

I1/I2: Continuous movement time information column

S1: Login module

S11:QR Code

S12: Registration interface

S121: Height

S122: Weight

S123: Sports defaults

S13: Visitor login interface

S14: Login bar

S141: Setting

S1411: Scan

S1412: Device message

S1413: Information column

S142: Information

S143: Logout

S2: Training module

S21: Sports information

S211: Target speed column

S212: Target Watt Bar

S213: Reserve heart rate column

S2131: Heart rate zone column

S214: Metabolic equivalent column

S215: Sports data column

S216: Charts

S217: Resistance value column

S218: Sports mode bar

S21A: Normal display mode

S21B: Simple display mode

S22: Exercise prescription

S221: Quick login

S2211: Account loading

S222: Sports selection

S223: Target value setting

S224: Start the movement

S225: Return

S3: Test module

S31: Sports test

S311: Account loading

S312: Test selection

S313: Test value setting

S314: Start test

S315: Return

S316: Measuring resting heart rate

S3171: Test the speed bar

S3172: Testing Wattage Bar

S3173: Test heart rate column

S3174: Test metabolic equivalent column

S3175: Test data column

S3176: Test chart

S3177: Test resistance value column

S3178: Test mode column

S318: Self-assessment column of perceived intensity of exercise

S3181: Comparison table of perceived intensity of exercise

S31A: Test settings

S31B: Test detection

S31C:Test information

S31D: Testing perception

S32: Historical Records

S32A: Sports Records

S32B:Test records

U: User

Figure 1: is a diagram of the distribution of the sports equipment operating device of the preferred embodiment of the present invention; Figure 2: is a diagram of the operation steps of the sports equipment operating device of the preferred embodiment of the present invention; Figure 3: is a diagram of the login steps of the operating device interface of the preferred embodiment of the present invention; Figure 4: is a tree diagram of the function of the operating device interface of the preferred embodiment of the present invention; Figure 5: is a sample diagram of the login module of the operating device interface of the preferred embodiment of the present invention; Figure 6: is a sample diagram of the operating device interface after login of the preferred embodiment of the present invention; Figure 7: is a sample diagram of the operating device interface after login of the preferred embodiment of the present invention; Figure 8: is a sample diagram of the setting interface after login of the preferred embodiment of the present invention; Figure 9: is a general sample diagram of the sports information interface after login of the preferred embodiment of the present invention Figure 10: A simple mode diagram of the post-login exercise information interface of the preferred embodiment of this creation; Figure 11: A post-login exercise prescription interface diagram of the preferred embodiment of this creation; Figure 12: A post-login test setting interface diagram of the preferred embodiment of this creation; Figure 13: A post-login test detection interface of the preferred embodiment of this creation Resting heart rate pattern diagram; Figure 14: is the test information interface pattern diagram after login of the best embodiment of this creation; Figure 15: is the test perception interface pattern diagram after login of the best embodiment of this creation; Figure 16: is the test history record interface pattern diagram of the best embodiment of this creation; Figure 17: is the exercise history record interface pattern diagram of the best embodiment of this creation.

In order to enable various sports equipment to more accurately display sports information during exercise and provide users with convenient operation, this creative sports equipment operation device provides users of sports equipment with a device that allows them to more accurately and conveniently understand the effectiveness of exercise.

Please refer to the distribution diagram of the sports equipment operating device of the preferred embodiment of the present invention shown in FIG. 1. The preferred embodiment is applied to the sports equipment with the eccentric sports training function. On the sports equipment with the eccentric sports training function 20 applied in the preferred embodiment, an operating device interface 10 is installed. The operating device interface 10 is a control screen with a built-in computing unit. The computing unit is installed with the sports coefficient data of the corresponding sports equipment, such as the sports resistance or the muscle group trained by the sports, and is connected to the cloud network C and the sensor by a signal device. 21 and monitoring device 30 are used to read the heartbeat information signal of the operator U during the movement process, wherein the signal device of the monitoring device 30 can be a wireless signal such as WiFi or Bluetooth or a wired signal, which are all within its scope of use, so that the operating device interface 10 can read it, and through the various operation units of the operating device interface 10, the signal of the monitoring device 30 is brought into the built-in program for operation, and the result is presented on the operating device interface 10 on the control screen. The monitoring device 30 can be a continuous output monitoring system such as a heart rate detection strap and a near-infrared and far-infrared spectrum. The system detects the operator's cardiac hemodynamics and the oxygenation and perfusion of brain tissue and skeletal muscle, respectively, so that the operator U can adjust the amount of exercise and obtain the results of exercise on the body with real-time information before, during, and after the exercise of the selected exercise prescription, and record it in the cloud server C as the operator U's future historical information analysis, so that the body can gradually obtain more effective exercise results; the sensor 21 refers to a device installed in the sports equipment that can detect the number of exercises, such as the sports equipment with eccentric exercise training function The sensor device 30 is used to sense the number of steps or the speed of the treadmill, and transmits the detected data to the operating device interface 10 for calculation by means of electrical connection. The operating device interface 10 has a built-in metabolic equivalent calculation unit, which detects and calculates the following data, and displays the calculated data on the control screen for the operator U to read: Heart rate detection: The heart rate (beats/min) detected by the monitoring device 30 includes the resting heart rate (resting heart rate) and the heart rate (resting heart rate). rate, heart rate during resting for 2-5 minutes), heart rate during exercise, heart rate at the end of exercise, etc.; estimated maximum oxygen uptake*(%HRR)/test time/3.5=METs/sec: when exercise starts (warm-up phase), the change in heart rate from resting heart rate per second is calculated as maximum oxygen uptake*((heart rate-resting heart rate)/(maximum heart rate-resting heart rate)/test time/3.5); calculate the metabolic equivalent per minute: estimated maximum oxygen uptake*((heart rate-resting heart rate)/(maximum heart rate-resting heart rate)/test time/3.5) = METs/sec (metabolism equivalent per second), the average of the obtained test time METs is METs per minute; Calories per minute (Kcal): MET per second * 3.5 * body weight / 200 (ml/kg/min = liter/min × 1000 ÷ body weight kg → liter/min = [ml/kg/min] ÷ 1000 × body weight kg), calculate the calorie consumption per second, and add up the test time seconds to get the calories per minute (kcal/min); calculate the calorie consumption during exercise: (total metabolic equivalent × 3.5 × body weight)/200 (ml/kg/min = liter/min × 1000 ÷ body weight in kg → liter/min = [ml/kg/min] ÷ 1000 × body weight in kg); please refer to the operation step diagram of the sports equipment operating device of the preferred embodiment of the present invention shown in FIG2, the operation device interface login step diagram of the preferred embodiment of the present invention shown in FIG3, and the operation device interface function tree diagram of the preferred embodiment of the present invention shown in FIG4, in order to more conveniently and accurately apply the sports equipment operating device of the present invention and its operation method to the user. During the user's operation of the sports equipment, the operation of the operating device interface 10 installed on the sports equipment 20 with eccentric exercise training function includes three operation modules: login module S1, training module S2 and test module S3. Considering that the user U has the identities of logged in, quasi-logged in and unlogged in when operating the sports equipment 20 with eccentric exercise training function, the operating device interface 10 is provided with three main sub-function interfaces for performing operations related to the login module S1, the training module S2 and the test module S3.

Login module S1: It mainly runs a login program on the operating device interface 10 and the cloud server C. Through the operation of the login program, the user U is provided with an action operation input information for clicking an option on the operating device interface 10 or a QR Code (Quick Response Code) for scanning and logging in is provided by the cloud server C. The user U can use the mobile phone application (APP) to scan the QR code to quickly log in or register the member information. The input information or the information logged in by scanning the QR code through the mobile phone application can be processed by the program of the operating device interface 10 and the exclusive information can be stored on the cloud server C. When the login module S1 registers the member information, the user U can use the mobile phone application corresponding to the operating device interface 10 to scan the QR code. After the code interface S11 is displayed, the user U can log in to the cloud server C to read the user U information, or directly enter the account number and password or health insurance card login on the login device interface 10. After the user U logs in to the cloud server C, the user U can further log in through the login device interface 10 to display the registration interface S12 to enter the user U's height S121, weight S122 and exercise default value S123 to register the member information, and provide various subsequent parameters for calculation when used again in the future. The login module S1 also has a visitor login interface S13, which is The interface S13 provides the user U with the premise of not logging in as a member, and provides the user with the operation device interface 10 to fill in the relevant user U information so as to calculate the metabolic equivalent benchmark value when cooperating with various sports without registering and logging in. Further, whether the user logs in as a member through the display of the registration interface S12 or logs in temporarily through the visitor login interface S13, after logging in, the login module S1 will further display a login column S14, and has the options of setting S141, information S142 and logout S143 for the user to operate and set the operation device interface 10.

Training module S2: mainly has two main options: exercise information S21 and exercise prescription S22. The exercise information S21 option provides signal connection element connection setting options such as heart rate strap connection settings for detecting human body conditions during exercise. In addition, the exercise prescription S22 option can provide the user U with exercise parameters for the exercise equipment used according to needs. The predetermined exercise amount and method are calculated through the parameter settings in conjunction with the built-in calculation unit of the operating device interface 10.

Test module S3: mainly has the sports test S31 option and the history record option S32. The sports test S31 option is to detect the user's body state to set various sports parameters and make relevant adjustments after the connected sports equipment and sensing devices are set. The history record option S32 provides the user with the sports equivalent calculation results after each sports is completed through the operating device interface 10.

Please refer to the operation device interface login module sample diagram of the preferred embodiment of the present invention shown in FIG5, and further cooperate with each actual operation step in the interface diagram display state to explain the various details of the preferred embodiment of the present invention one by one. When the user U is ready to use the sports equipment with the eccentric exercise training function, after starting the operation device interface 10 on the sports equipment with the eccentric exercise training function, the user U can see the login module S1 display interface. The login module S1 has at least a QR code interface S11 and a filling interface S110. In this embodiment, the QR code interface S11 and the visitor login interface S13 can be intuitively seen. The user U can install the QR code interface S11 through the mobile phone by scanning the QR code of the operation device interface 10. After the code interface S11 is displayed, the mobile phone can be connected to the cloud server C to log in to the cloud server C to read the user U information, and the cloud server C can calculate and distinguish whether the user U is logging in for the first time or is a registered member. If it is the first time to log in, the mobile phone will be further sent back to display the corresponding interface to display the registration interface S12 for the user U to log in and fill in the user U's height S121, weight S122 and exercise default value S123 and other information to register the member information.

Please refer to the training module style diagram of the post-login operation device interface of the preferred embodiment of the present invention shown in FIG6. After the user U completes the login to the operation device interface 10, the training module S2 on the post-login operation device interface 10 displays the exercise information S21 option, the exercise prescription S22 option, the exercise test S31 option, the history record S32 option, and the setting The setting option S141, the information option S142 and the logout option S143 can be clicked to set the related sports equipment and sensor devices connected to the setting option S141. If you are a registered member, you can click the information option S142 to display the corresponding member data and sports information to the user U for reference, or click the logout option S143 to exit the cloud server C when you want to end the exercise.

As mentioned above, the user U can click the exercise prescription S22 option to select the exercise method and the exercise effect to be achieved in the exercise prescription. After selecting the exercise prescription S22 option, the user U clicks the exercise information S21 option to exercise with the exercise equipment, and performs the corresponding exercise movements, intensity and time in accordance with the information displayed on the operation device interface 10 to achieve the preset exercise effect. The exercise test S31 option is a preliminary test for the user U to perform the exercise prescription S22 and start the exercise. By operating the exercise test S31 option, the user U can perform the necessary exercise. The sports test S31 option is used to perform warm-up, sports test settings and cool-down, so that the user U can have the best physical condition and training settings before and after exercise. The history record S32 is connected to the cloud network C by a signal device, and the sports detection data of the sports equipment sensor and monitoring device 30 with eccentric sports training function and other sports detection information of the user U during the exercise process are downloaded from the cloud network C and recorded and displayed, so as to provide the user U with various body movement information after exercising through the sports prescription S22 option and clicking the sports information S21 option.

Please refer to the post-login operation device interface of the preferred embodiment of the present invention shown in FIG7. After the user U logs in, the user clicks the registration interface S12 to provide the user U with the height S121, weight S122 and exercise default value S123 and other information to register the member information, wherein the exercise default value S123 refers to the exercise metabolic equivalent (The Metabolic Equivalent of Task (METs)) that the user U is expected to achieve, so as to understand whether the exercise has achieved the preset goal through exercise operation calculation in the subsequent exercise process.

Please refer to the post-login setting interface of the preferred embodiment of the present invention shown in FIG8 . After the user U logs in and clicks the setting S141 option, an interface for operating the connected sports equipment and sensing device is displayed. The signal connection control is obtained through a wireless connection method such as WiFi or Bluetooth. A scan S1411 option is displayed on the setting S141 option interface to activate the wireless connection. After detecting the relevant sports equipment and sensing devices, and connecting the relevant sports equipment and sensing devices, a device message S1412 is displayed. The device message S1412 includes information such as the device name and device address (I.P.) to identify the connected device, and an information column S1413 displays the connected device information. In the future, you can quickly click to connect the relevant sports equipment and sensing devices.

Please refer to the general mode diagram of the post-login exercise information interface of the preferred embodiment of the present invention shown in FIG9. After the user U logs in and clicks the exercise information S21 option, he can select the general display mode S21A or the simple display mode S21B as needed, wherein the general display mode S21A interface displays: 1) the target speed column S211, the target speed column S211 can freely adjust the target speed during the start of exercise, if the target speed is not maintained within the preset 30 seconds, the operating device Interface 10 will end exercise detection; 2) Target Watts column S212 and corresponding resistance value column S217, as well as a graph S216 that displays current data in real time. The target Watts column S212 can freely adjust the target Watts during exercise to end exercise, allowing the user U to grasp the fluctuations of his or her heart rate, or whether the target speed has been achieved. The range of Watts calculated by the operating device interface 10 will float and adjust various exercise data according to the target Watts; 3) The corresponding reserve heart rate Bpm (Beat per minute) column S213 and heart rate range column S2131, wherein if the reserve heart rate exceeds the preset danger value of 85% for more than the preset time of 30 seconds, the operation device interface 10 will end the exercise; 4) metabolic equivalent column S214 and exercise data column S215, wherein the exercise data column S215 displays information such as exercise distance and calories consumed; exercise mode column S218, wherein the exercise mode column S218 is provided for the user U to select the desired exercise mode when there is more than one exercise operation mode on the exercise equipment. In this embodiment, the exercise equipment with eccentric exercise training function has concentric mode and eccentric mode to be selected.

Please refer to the simplified mode of the post-login exercise information interface of the preferred embodiment of this invention shown in FIG10. When the user U can select the simplified display mode S21B after logging in, the aforementioned target speed column S211, target watt column S212, reserve heart rate column S213, resistance value column S217, and exercise mode column S218, which are columns that are often paid attention to during exercise, are captured and displayed in a centralized manner. However, the aforementioned specific columns are not limited, and the columns can be combined according to actual needs.

Please refer to the post-login exercise prescription interface of the preferred embodiment of the present invention shown in FIG. 11 . After the operator U logs in, he can select the exercise prescription S22 option to set the target values of the warm-up, exercise and cool-down phases of the default exercise mode. The exercise prescription S22 option interface includes: 1) Quick login S221 and account loading S2211. 1) Quick login S221 allows the logged in operator U to click on quick login, and account loading S2211 allows the operator U to quickly retrieve the stored exercise settings. 2) Exercise selection S222 allows different exercise modes to be selected. 3) Target value setting S223 provides target values for warm-up, exercise, and cool-down phases, including setting the exercise time and wattage of each phase to provide the operator U with the calculation parameters for each phase of exercise. In the preferred embodiment, the target value setting S223 is based on the latest guidelines of the American Medical Association (AHA/ACC The guideline recommends at least 500-1000 MET-mins of moderate to vigorous exercise per week to maintain a good healthy body. There are three types of recommendations: "A) No exercise habits: 500 MET-mins/weeks; B) Maintain healthy habits: 1000 MET-mins/weeks; C) Weight loss (strengthening) exercise: 2000 MET-mins/weeks" and other data for recommendations. After selecting, you can make corresponding recommendations. 4) Start exercise S224, after setting the aforementioned exercise selection S222 and target value setting S223, start exercise S224 to exercise; 5) Return S225, the logged-in operator U can click to return to the home page for further settings; in addition, the exercise prescription interface displays a device message S1412 to provide the operator U with the device name and device address (I.P.) to which the operating device interface 10 is connected.

Please refer to the test setting interface after login of the preferred embodiment of the present invention shown in FIG. 12. In order to make the exercise effect more accurate, after logging in, the user U can select the exercise test S31 option to perform the ability test of the estimated oxygen uptake and the optimal exercise intensity before exercise. After clicking, the test setting S31A interface is entered. The test setting S31A interface displays: 1) Account loading S31 1) Provides quick access to the stored test settings of the user U; 2) Test selection S312, test selection S312 allows selection of different test modes; 3) Test value setting S313, test value setting S313 provides target values for warm-up, exercise and cool-down phases, including setting target values such as exercise time and wattage for each phase to provide calculation parameters for each phase test For user U to follow; 4) Start test S314, after setting the aforementioned test selection S312 and test value setting S313, start test S314 to conduct exercise test, wherein the warm-up and cool-down phase time can be freely adjusted, the target watt initial value is fixed to 0, the exercise test default time is fixed to 10 minutes, the target watt can be freely adjusted, the exercise test starts from 0 watts, and the watt value (10% of the target watt) is increased every minute to provide user U with numerical exercise; 5) Return S315, which can provide logged-in user U to click to return to the home page information for further setting; in addition, the test setting S31A interface displays a device message S1412 to provide user U with confirmation of the device name and device address (I.P.) to which the operating device interface 10 is connected.

Please refer to the resting heart rate pattern diagram of the test detection interface after login of the preferred embodiment of this creation shown in Figure 13. After starting the startup test S314, you can click the test detection S31B interface. When the test detection S31B interface is in progress, the system will display the resting heart rate measurement S316 window. Before the exercise test starts, it will prompt the user to rest for a preset time of three minutes and prompt the remaining time, and measure the resting heart rate S316 after three minutes.

Please refer to the test information interface after login of the preferred embodiment of the present invention shown in FIG. 14. After the user U clicks to start the startup test S314, the system can display the test information S31C interface and perform the motion test. When the motion test is in progress, the test information S31C interface displays: 1) the test speed column S3171. The test speed column S3171 cannot adjust the target speed by itself during the startup motion test. If the preset time exceeds 3 0 seconds too long without maintaining the test speed, the test will be forced to enter the slow-down phase; 2) Test Watt column S3172 and the corresponding test resistance value column S3177, and the test chart S3176 that displays the current data in real time. The test watt column S3172 is not allowed to adjust the target watt during the test, and the reminder lines for the start and end of the exercise test are displayed, as well as the Rating of Perceived Intensity (Rating of Perceived Intensity) selected per minute during the test. 3) a corresponding display of a test heart rate column S3173 and a test heart rate interval column S31731, wherein the test heart rate column S3173 and the test heart rate interval column S31731 are the calculation results of the signal of the monitoring device 30 obtained by the operating device interface 10 into the built-in program. If the test heart rate exceeds the preset danger value by 85% for more than the preset time 30 seconds, it will be forced to enter the relaxation phase; 4) Test metabolic equivalent column S3174 and test data column S3175, wherein the test data column S3175 displays information such as test exercise distance and calories consumed; test mode column S3178, the test mode column S3178 is to provide the user U with a choice of the desired exercise mode when there is more than one exercise test operation mode on the exercise equipment.

Please refer to the post-login test perception interface of the preferred embodiment of the present invention shown in FIG. 15. After the user U clicks to start the test S314 and completes the exercise test, the system can display the test perception S31D interface. The test perception S31D interface provides a self-assessment column S318 for the perceived intensity of exercise and a comparison table S3181 for the perceived intensity of exercise. The self-assessment column S318 provides the user U with a self-assessment column S3181 for the perceived intensity of exercise after completing the exercise. After the test, every minute after the exercise test begins, in addition to increasing the watt value once, the exercise intensity of the self-perceived intensity of the exercise test process is selected according to the information in the table S3181. The exercise intensity will be calculated and stored through the operating device interface 10 and used as the basis for each exercise intensity when the user U subsequently operates the device interface 10 to select the exercise information S21 option.

Please refer to the test history record interface style diagram of the preferred embodiment of the present invention shown in FIG16, and the sports history record interface style diagram of the preferred embodiment of the present invention shown in FIG17. After completing the sports training corresponding to each sports information S21 or sports test S31, the operating device interface 10 will store the detected sports data calculation information. The user U can click on the history record S32 interface of the operating device interface 10 to read the sports data calculation information record. The history record S32 interface has sports record S32A and test record S32B for selection and provides the user U with relevant information. The information display method of the sports record S32A and the test record S32B is to stack different continuous sports time information on the sports record S32A and the test record S32B screens, wherein the continuous sports time information column I1 presented by the sports record S32A includes each exercise time, exercise distance, average heart rate, calories, metabolic equivalent, target exercise time and maximum heart rate; the continuous exercise time information column I2 presented by the test record S32B includes each exercise time, exercise distance, resting heart rate, preset maximum oxygen uptake, and target exercise time.

In summary, in order to make the sports training effect more in line with the personalized needs of the user U and provide a more appropriate sports prescription, the present sports equipment operating device and its operating method can provide the following specific advantages through the aforementioned system design and operating steps: 1) The operating device interface 10 can be used with various sports equipment and detection sensing devices, and the user U's sports data can be calculated through a preset program, and the important data such as exercise time, exercise distance, average heart rate, calories, metabolic equivalents, target exercise time and maximum heart rate can be provided to the user U in real time to understand and track the long-term exercise results and physical condition; 2) The user U can log in through the login module S1 of the operating device interface 10 to log in to the relevant sports history information Complete records are recorded in the cloud network C server. Through network reading, the user U can log in to various operation device interfaces 10 installed on different sports equipment at different locations and continuously record and track his own exercise process, effectively control the exercise effect, and train his own physical fitness to achieve the ideal preset state in accordance with the design of the ring exercise; 3) The operation device interface 10 is installed with a training module S2 and a test module S3. The training module S2 sets the preset exercise performance, and the test module S3 has a design for testing the body's state during exercise, which can achieve effective pre-exercise detection and the operation of various actual exercise prescriptions, so that the user U can fully understand the body's state before exercise and choose the exercise prescription. And carry out the most effective sports training at the moment in the appropriate physical condition, and continuously achieve the preset physical training results.

10: Operation device interface

C: Cloud Network

S1: Login module

S14: Login bar

S141: Setting

S142: Information

S143: Logout

S2: Training module

S21: Sports information

S22: Exercise prescription

S3: Test module

S31: Sports test

S32: Historical Records

Claims (6)

A sports equipment operating device is installed on a preset sports equipment and is equipped with an operating device interface (10). The operating device interface (10) has a built-in computing unit. The computing unit is installed with the sports coefficient data of the corresponding sports equipment, and is connected to a cloud network (C), a sensor (21) and a monitoring device (30) by a signal device. The sensor (21) reads the information such as the number of movements and resistance of the operator (U) during the movement process and calculates the movement results. The interface (10) is connected to the monitoring device (30) through a signal device to read the heartbeat information signal of the operator (U) during exercise. The signal of the monitoring device (30) is brought into the built-in program through the operating device interface (10) to calculate the number of exercises, resistance and other information of the operator (U) during exercise and calculate the exercise results. The operating device interface (10) runs a training module (S2) and a test module (S3), wherein the test module (S3) runs at least: An exercise test (S31) option is provided for the operator (U) to perform an ability test of the estimated oxygen uptake and optimal exercise intensity before exercise. After clicking, the operator enters a test setting (S31A) interface, in which a test selection (S312) is displayed for selecting different test modes; A test value setting (S313) provides target values for warm-up, exercise and cool-down phases, including setting target values such as exercise time and wattage for each phase, so as to provide calculation parameters for each phase test for the operator (U) to follow, wherein the operating device interface (10) has a built-in metabolic equivalent calculation unit, and the metabolic equivalent calculation unit is used to detect and calculate the following data, and display the calculated data on the control screen for the operator (U) to read: estimated maximum oxygen uptake*(%HRR)/test time/3.5=METs/sec: when the exercise starts (warm-up phase), the change in heart rate from resting heart rate per second, calculated as maximum oxygen uptake* ((heart rate - resting heart rate) / (maximum heart rate - resting heart rate) / test time / 3.5); calculate the metabolic equivalent per minute: estimated maximum oxygen uptake * ( (heart rate - resting heart rate) / (maximum heart rate - resting heart rate) / test time / 3.5) = METs/sec (metabolic equivalent per second) 60 seconds, the average METs of the test time are summed up to get METs per minute; Calories per minute (Kcal): MET per second * 3.5 * body weight / 200 (ml/kg/min = liter/min × 1000 ÷ body weight in kg → liter/min = [ml/kg/min] ÷ 1000 × body weight in kg), calculate the calorie consumption per second, and sum up the average seconds of the test time to get the calories per minute (kcal/min). The sports equipment operating device as described in claim 1, wherein the test module (S3) at least runs a startup test (S314) to perform a sports test, wherein after the startup test (S314), a test detection (S31B) interface can be clicked, and the test detection (S31B) interface will display a resting heart rate measurement (S316) window, and before the start of the sports test, the operator (U) will be prompted to rest for a preset time and the remaining time, and the resting heart rate (S316) will be measured after the preset time. Before the start of the sports test (S31), the operator (U) will be prompted, and the startup test (S314) will display a corresponding display test heart rate column (S3173) and a test heart rate interval column (S317 31), the test heart rate column (S3173) and the test heart rate interval column (S31731) are the calculation results of the signal of the monitoring device (30) obtained by the operation device interface (10) into the built-in program, wherein if the test heart rate exceeds the dangerous value by 85% for more than the preset time of 30 seconds, it will be forced to enter the relaxation stage, and the start test (S31 4) Display the test information (S31C) interface and perform the motion test. The test information (S31C) interface displays a test speed column (S3171). The test speed column (S3171) cannot adjust the target speed automatically when the motion test is started. If the test speed is not maintained within the preset time, the motion test will be forced to enter the slow-down phase. The sports equipment operating device as described in claim 1, wherein the test value setting (S313) calculates the calorie consumption during the exercise process: (total metabolic equivalent × 3.5 × body weight) / 200 (ml/kg/min = liter/min × 1000 ÷ body weight in kg → liter/min = [ml/kg/min] ÷ 1000 × body weight in kg). As described in claim 1, the operating device for sports equipment, wherein the time of the warm-up and cool-down phases can be freely adjusted, the target watt can be freely adjusted, and the watt value display of the exercise test increases once per minute to provide the operator with a numerical exercise resting heart rate and a resting heart rate. The sports equipment operating device as described in claim 2, wherein the test information (S31C) interface displays: a test watt column (S3172) and a corresponding test resistance value column (S3177), and a test chart (S3176) that displays the current data in real time, wherein the test watt column (S3172) cannot adjust the target watt by itself during the test, and displays reminder lines for the start and end of the exercise test, as well as the test resistance value column (S3177) for each minute during the test. A selected level of perceived intensity of exercise; a test metabolic equivalent column (S3174) and a test data column (S3175), wherein the test data column (S3175) displays information such as the test exercise distance and calories consumed; and a test mode column (S3178), wherein the test mode column (S3178) is provided for the operator (U) to select a desired exercise mode when there is more than one exercise test operation mode on the exercise equipment. A sports equipment operating device as described in claim 2, wherein after the start test (S314) is started and the exercise test is completed, a test perception (S31D) interface is displayed, and a self-assessment column (S318) of perceived intensity of exercise and a comparison table (S3181) of perceived intensity of exercise are provided on the test perception (S31D) interface, wherein the self-assessment column (S318) of perceived intensity of exercise provides the operator (U) with a watt value that increases by 1 per minute after the start of the exercise test after the exercise test is completed, and the operator (U) selects the exercise intensity of the self-assessment column (S318) of perceived intensity of exercise according to the information of the comparison table (S3181) of perceived intensity of exercise compared with the process of completing the exercise test.