TW202102179A - Instructions of using sport fitness equipment combined with human physiological information and sports information - Google Patents

Abstract

The invention provides a instructions of using sport fitness equipment combined with human physiological information and sports information. The instructions of use is performed by using a sports management device. When the user uses the sport fitness machine to exercise, the sports management device can combine the physiological information of the user with the exercise information of the exercise state of the exercise machine, then provide the user or professional sports and fitness coach to view it any time, as a reference for the user to decide the following sport item or whether the intensity of exercise needs to be adjusted.

Description

How to use exercise fitness equipment that combines human physiological information and exercise information

The present invention relates to the field of sports fitness; in particular, it refers to an innovative technology revealer of the use method of sports fitness equipment that combines human physiological information and sports information.

Appropriate exercise is conducive to promoting physical health. Exercise can release stress. It is limited by working hours, weather or venues. In recent years, it has gradually developed a lifestyle of exercising in the gym. We can be in the gym under the guidance of professional coaches. , Based on personal needs, use a variety of different types of sports equipment to engage in different forms of sports.

Existing sports equipment can detect and record information about the history of use for users or coaches to consult. It can also be seen that there is a sensor worn by individuals during exercise to perceive and record the heartbeat and other physiological activities of individuals during exercise. Information is provided for users to check as a reference for whether the sports goal is achieved.

According to the investigation, the use mode of the aforementioned existing sports equipment still has the following problems in practical application experience: gymnasiums are equipped with many different forms of exercise machines, and there are usually several or even dozens of exercise machines of each form, and gyms often have Multiple users use multiple same or different exercise machines at the same time for exercise, and individual users often use multiple different exercise machines in the same exercise period. The existing exercise machines cannot distinguish specific users. In the state of use, the sensor worn by the individual cannot identify the type of exercise, which is not conducive to the user or the coach to judge whether there is a need to strengthen or change the form of exercise.

The main purpose of the present invention is to provide a method for using exercise fitness equipment that combines human physiological information and exercise information. The technical problem to be solved is to develop a method that combines exercise information with human physiological information, which is more ideal. The practical use of new sports fitness equipment is the goal to think about innovative breakthroughs.

Based on the foregoing objective, the present invention provides a method of using exercise fitness equipment that combines human physiological information and exercise information, and the method of use is executed by using an exercise management device;

The exercise management device includes a user module, an exerciser module, and a management module, wherein the user module is set on a wearable device worn by the user for detecting physiological information of the user, and The user module is issued with a user identification code, the exercise module is set in an exercise machine, and is used to retrieve exercise information of the exercise machine, and the exercise module is issued with an exercise machine identification Code, the user module and the exerciser module bidirectionally transmit messages, and the exerciser module and the management module bidirectionally transmit messages;

The method of use includes the following steps: The user is paired with the exercise machine: the external transmission of the user module includes the The signal of the user identification code, the exerciser module receives the signal, and the exerciser module base In the case that the signal shows the user ID, the user can choose to use the operation Exercise equipment Use the exercise machine: the exercise management device determines whether the user uses the exercise machine based on whether the user operates the exercise machine module; if the user uses the exercise machine, the exercise machine module is operated; if If the user does not use the exercise machine, the exercise machine module will not be operated, and the user can choose to use other exercise machines; Obtaining information: Based on the user using the exercise machine, the exercise module sends a command to the user module, the user module starts to detect the user's physiological information, and the exercise module starts to capture Exercise information generated by the exercise of the exercise machine; Binding information: The user module transmits the physiological information and the user ID to the exerciser module, and the exerciser module identifies the physiological information, the user ID, the exercise information and the exerciser The code is sent to the management module; Storage information: The management module stores the physiological information, the exercise information, and the exercise machine identification code in a database marked with the user identification code for the user or the exercise coach to view; Stop using the exercise machine: Based on the execution of the aforementioned binding information step, the exercise management device determines whether to stop using the exercise machine; if you stop using the exercise machine, stop performing the information acquisition step, and the user The exercise equipment can be re-searched for pairing, the physiological information and exercise information that have been obtained, the binding information step and the storing information step are continued; if the exercise equipment is not stopped, the information acquisition step is continued.

When the user uses the exercise fitness machine to engage in exercise, the present invention can specifically The user’s physiological information is combined with the exercise information of the specific exercise equipment to improve For the user or professional sports fitness coach to check at any time, as the user’s follow-up follow-up It is the reference basis for the choice of sports items or whether the exercise intensity needs to be adjusted.

The figures shown in each figure illustrate the use method of the exercise fitness equipment combining human physiological information and exercise information of the present invention and an exercise management device for implementing the method. However, these examples are for illustrative purposes only and are not in the patent application. Limited by this structure.

The present invention uses a method for using exercise fitness equipment combining human physiological information and exercise information by using an exercise management device.

As shown in Figure 1, the exercise management device includes a user module 10, an exerciser module 20, and a management module 30, wherein the user module 10 is set in a wearable device (not shown) , The wearable device can be a chest strap worn on the user’s chest, a wristband worn on the user’s wrist, a strap worn on the user’s upper arm, or other wearable devices for the user to wear on the body without hindering the user’s movement Device, the user module 10 is used to detect the physiological information of the user, and the user module 10 is assigned a user identification code, the exercise module 20 is set in an exercise machine (in the figure) (Not shown), the exerciser module 20 is used to retrieve the exercise information of the exerciser, and the exerciser module 20 is issued with an exerciser identification code, the user module 10 and the exerciser module 20 bi-directional transmission of messages, the exerciser module 20 and the management module 30 bi-directional transmission of messages.

As shown in Figure 2, the method of use includes the following steps: The user is paired with the exercise machine: the user module 10 transmits a signal including the user identification code to the outside, the exercise module 20 receives the signal, and the exercise module 20 displays the user based on the signal In the case of the identification code, the user can choose to use the exercise machine. Use the exercise machine: The exercise management device determines whether the user uses the exercise machine based on whether the user operates the exercise machine module 20; if the user uses the exercise machine, the user operates the exercise machine Exerciser module 20; if the user does not use the exerciser, then the user does not operate the exerciser module 20. At this time, the user can choose to use other exercisers. Obtained information: Based on the user operating the exerciser module 20, the exercise management device determines that the user uses the exerciser, the exerciser module 20 sends a command to the user module 10, and the user module 10 starts to detect the physiological information of the user, the exerciser module 20 starts to capture the exercise information generated by the exercise of the exercise machine; the physiological information includes one or more of the heart rate value, the respiratory rate value and the body temperature, The physiological information is not limited to only the heartbeat rate, respiration rate, and body temperature listed above. Binding information: the user module 10 transmits the physiological information and the user identification code The exerciser module 20 is sent, and the exerciser module 20 transmits the physiological information, the user identification code, the exercise information and the exerciser identification code to the management module 30 in the form of an information packet. Stored information: The management module 30 stores the physiological information, the exercise information, and the exercise machine identification code in a database with the user identification code as an identification mark for the user or the exercise coach to view. Stop using the exercise machine: Based on the state of the binding information step being executed, the exercise management device determines whether the user stops using the exercise machine; if the user stops using the exercise machine, it stops executing the acquisition Information step, and perform the aforementioned pairing step between the user and the exercise machine, according to which the user can choose to use another exercise machine, stop performing the information step, the physiological information and the exercise information that have been obtained continue to be used The binding information step and the storing information step are stored in the management module 30; if the user does not stop using the exercise machine, continue to perform the information obtaining step.

According to the foregoing, when the user uses the exercise machine for exercise, the present invention can combine the physiological information of the specific user with the exercise information of the specific exercise equipment, and provide the user or professional exercise and fitness trainer to view it at any time. Reference basis for the user's subsequent selection of sports items or whether the exercise intensity needs to be adjusted.

It is worth mentioning that different user modules 10 are respectively assigned different user identification codes, and different exerciser modules 20 are respectively assigned different exerciser identification codes. In the environment of the same form of exercise equipment, there are many people engaged in exercise at the same time. Whether the same exercise equipment is used by different users successively, or the same user uses different exercise equipment successively, the result will be The physiological information and the exercise information can be directly bound without confusion, and are clearly stored in the management module 30, which can easily achieve personalized management, and each group of personalization stored in the management module 30 Information can show the user’s past exercises, intensity and time, which is helpful for users or fitness coaches to determine whether there is a need to strengthen, reduce or change the form of exercise, to meet the user’s needs for specific exercise purposes, and to avoid excessive exercise Cause injury, and improve the convenience of the user or the sports fitness coach to formulate and execute the exercise plan.

Furthermore, before engaging in exercise, the user can record basic personal information in the management module 30. The basic information can include gender, age, height, weight, body fat percentage, waist circumference, or disease history and other related physical functions or Information related to health status. The exercise coach or user can use the basic information of the user and the exercise goal that the user expects to achieve, such as weight loss, strengthening of cardiopulmonary function, strengthening of muscle endurance or body shape... etc., in the management The module 30 sets physiological recommended values and exercise recommended values. The physiological recommended values and exercise recommended values can also be set by the management module 30. When the user uses the exercise machine to exercise, the management module 30 uses the physiological information and The exercise machine information is compared with the preset physiological suggestion value and the preset exercise suggestion value, and based on the comparison result, a suggestion message is sent to the exercise machine module 20 to provide the user with a reference for subsequent exercise and fitness.

Furthermore, in the state where the binding information step is executed, the management module 30 compares a plurality of pieces of the exercise information that are continuously generated in the preset time interval with the preset stop information, if each of the time intervals is The exercise information is consistent with the stop information. The management module 30 determines that the user has stopped using the exercise machine. The time interval is 3 to 60 seconds. The stop information is determined by the exercise machine. Action information decision.

For example, when a user uses a bicycle exercise machine to engage in sports, the The exercise information of the bicycle exercise machine is the speed of the flywheel (unit: RPM), and the stop information is 0 RPM. When the exercise information is 0 RPM in a continuous time interval of 3 seconds, the management module 30 determines that the The user stops using the bicycle exercise machine.

As shown in Figures 1 and 3, the user module 10 includes a physiological information capture 11, a first microcontroller 12, and a first wireless communicator 13, wherein the physiological information capture 11 and the The first wireless communicator 13 is respectively coupled to the first microcontroller 12, so that the first microcontroller 12 controls the physiological information capture device 11 and the first wireless communicator 13 respectively, and the physiological information capture The device 11 is used to sense the physiological information of the user and transmit the physiological information to the first microcontroller 12. The first microcontroller 12 is a microcontroller (Microcontroller Unit, abbreviated as MCU). A microcontroller 12 has a built-in user identification code, the first microcontroller 12 transmits the user identification code and the physiological information to the first wireless communicator 13, and the first wireless communicator 13 is used for external transmission The user identification code and the physiological information also receive instructions from the exerciser module 20.

As shown in Figures 1 and 4, the exerciser module 20 includes a second microcontroller 21, a second wireless communicator 22, a sports information capture device 23, a display 24, an activation unit 25, and a The stop unit 26, wherein the second wireless communicator 22, the motion information extractor 23, the display 24, the start unit 25, and the stop unit 26 are respectively coupled to the second microcontroller 21, so that the first Two microcontrollers 21 respectively control the second wireless communicator 22, the exercise information extractor 23, and the display 24. The exercise information extractor 23 is used to capture the exercise information of the exercise machine, and the The movement information is transmitted to the second microcontroller 21. The second microcontroller 21 is a microcontroller. The second microcontroller 21 has a built-in exerciser identification code. The second wireless communicator 22 is used to receive the The user identification code, the physiological information, and the management message sent by the management module 30, and the user identification code, the physiological information, the exercise information, and the exercise machine identification code are sent to the management module 30. The user module 10 sends instructions. The display 24 is used to display the state of the exercise machine. The start unit 25 is a control loop for providing user operations. According to this, the second microcontroller 21 sends control instructions to control The exerciser module 20 sends commands to the user module 10 and accepts the physiological information sent by the user module 10. The stop unit 26 is a control loop for providing user operations. The two microcontrollers 21 send control commands to control the exerciser module 20 to send commands to the user module 10 and stop receiving the physiological information sent by the user module 10.

As shown in Figures 1 and 5, the management module 30 includes a third microcontroller 31, a third wireless communicator 32, and a storage 33, wherein the third microcontroller 31 communicates with the third wireless communication The device 32 and the storage 33 are coupled, so that the third microcontroller 31 controls the third wireless communicator 32, and the third wireless communicator 32 is used to receive the user identification code, the physiological information, and the movement Information and the exerciser identification code, and send management information. The third microcontroller 31 is a microcontroller for processing the user identification code, the physiological information, the exercise information and the exerciser identification code, and The processed user identification code, the physiological information, the exercise information, and the exercise machine identification code are stored in the storage unit 33.

In the step of pairing the user with the exercise machine, the exercise machine module 20 can display the user identification code on the display 24 to provide the user with a choice of whether to operate the activation unit 25 during the step of using the exercise machine, Start to use the exercise machine, and the user can select and click the icon displayed on the display 24 to operate the activation unit 25.

When the user uses the exercise machine, the display 24 can be used to display the physiological information and the exercise information, and can further display the suggestion message sent by the management module 30 to provide the user with real-time knowledge of the exercise status And as is Whether it is necessary to adjust the sports items or exercise intensity reference.

In the step of stopping using the exercise machine, when determining whether to stop using the exercise machine, the user can choose to actively operate the stop unit 26, so that the exercise management device determines that the exercise machine is stopped.

In the step of stopping using the exercise machine, the exercise machine module 20 can display a stop-use icon on the display 24 to provide the user with a choice to click and operate the stop unit 26 to stop using the exercise machine.

The management module 30 stores the processed user identification code, the physiological information, the exercise information, and the exercise machine identification code in the storage 33, and can use the third wireless communication according to the user identification code. The device 32 actively transmits the physiological information and the exercise information to a pre-authorized external device or the cloud. The external device may be a mobile communication device held by the user or a mobile communication device held by the exercise coach Or the management system of the sports fitness center, which provides the user or the sports fitness coach to judge whether the sports item or intensity needs further adjustment.

As shown in Figure 4, the exerciser module 20 is further provided with a warning device 27 which is coupled to the second microcontroller 21. The method of use of the present invention may further include a warning step (not shown in the figure). ), wherein the management module 30 compares the physiological information with a preset warning threshold, and if the physiological information is higher or lower than the warning threshold, the management module 30 transmits to the exerciser module 20 Signal, the second microcontroller 21 controls the warning device 27 to generate a warning message, thereby prompting the user to stop exercising or perform a gradual relaxation exercise. Other people in the environment of the exercise machine can also use the warning message , To take corresponding assistance or rescue measures in time to reduce the risk of accidents and improve the safety of exercise and fitness; the warning message may be displayed on the display 24 of the exerciser module 20 as needed.

10: User module 11: Physiological Information Extractor 12: The first microcontroller 13: The first wireless communicator 20: Exerciser module 21: The second microcontroller 22: Second wireless communicator 23: Sports Information Extractor 24: display 25: Start the unit 26: Stop unit 27: warning device 30: Management module 31: The third microcontroller 32: The third wireless communicator 33: Storage

Figure 1 is a schematic diagram of the connection of the exercise management device used to implement the preferred embodiment of the present invention. Figure 2 is a flowchart of a preferred embodiment of the present invention. Figure 3 is a circuit block diagram of the user module implementing the exercise management device used in the preferred embodiment of the present invention. Figure 4 is a circuit block diagram of the exerciser module implementing the exercise management device used in the preferred embodiment of the present invention. FIG. 5 is a circuit block diagram of the management module of the exercise management device used in the preferred embodiment of the present invention.

Claims (9)

A method of using exercise and fitness equipment that combines human physiological information and exercise information, and the method of use is executed by using an exercise management device; The exercise management device includes a user module, an exerciser module, and a management module, wherein the user module is set on a wearable device worn by the user for detecting physiological information of the user, and The user module is issued with a user identification code, the exercise module is set in an exercise machine, and is used to retrieve exercise information of the exercise machine, and the exercise module is issued with an exercise machine identification Code, the user module and the exerciser module bidirectionally transmit messages, and the exerciser module and the management module bidirectionally transmit messages; The method of use includes the following steps: The user is paired with the exercise machine: the user module transmits a signal including the user ID, the exercise module receives the signal, and the exercise module displays the user ID based on the signal In this case, the user can choose to use the exercise machine; Use the exercise machine: the exercise management device determines whether the user uses the exercise machine based on whether the user operates the exercise machine module; if the user uses the exercise machine, the exercise machine module is operated; if If the user does not use the exercise machine, the exercise machine module will not be operated, and the user can choose to use other exercise machines; Obtaining information: Based on the user using the exercise machine, the exercise module sends a command to the user module, the user module starts to detect the user's physiological information, and the exercise module starts to capture Exercise information generated by the exercise of the exercise machine; Binding information: the user module sends the physiological information and the user ID The exerciser module, which transmits the physiological information, the user identification code, the exercise information and the exerciser identification code to the management module; Storage information: The management module stores the physiological information, the exercise information, and the exercise machine identification code in a database marked with the user identification code for the user or the exercise coach to view; Stop using the exercise machine: Based on the execution of the aforementioned binding information step, the exercise management device determines whether to stop using the exercise machine; if you stop using the exercise machine, stop performing the information acquisition step, and the user The exercise equipment can be re-searched for pairing, the physiological information and exercise information that have been obtained, the binding information step and the storing information step are continued; if the exercise equipment is not stopped, the information acquisition step is continued. The method for using exercise fitness equipment combining human physiological information and exercise information as described in item 1 of the scope of patent application, wherein the exerciser module includes a first activation unit based on the user operating the first activation unit as the The exercise management device judges the basis for using the exercise fitness machine. As described in item 1 or 2 of the scope of patent application, the method of using exercise fitness equipment combining human physiological information and exercise information, wherein the exerciser module includes a stop unit, and the exercise management is based on the user operating the stop unit The device judges to stop using the exercise machine. As described in item 3 of the scope of patent application, the method for using exercise fitness equipment that combines human physiological information and exercise information, wherein the management module continuously generates a plurality of exercise information and a preset time interval within a preset time interval. The stop information comparison is based on the fact that each of the exercise information in the time interval respectively matches the stop information, and the management module determines that the exercise machine is stopped. As described in item 4 of the scope of patent application, the method of using exercise fitness equipment combining human physiological information and exercise information, wherein the time interval is 3 seconds to 60 seconds. As described in the first item of the scope of patent application, the method for using exercise fitness equipment combining human physiological information and exercise information, wherein the exerciser module is provided with a warning device, the use method further includes a warning step, wherein the management module The physiological information is compared with a preset warning threshold, and based on the physiological information being higher or lower than the warning threshold, the warning device generates a warning message, thereby improving the safety of exercise and fitness. As described in item 1 of the scope of patent application, the method of using exercise fitness equipment combining human physiological information and exercise information, wherein the management module combines the physiological information and the exercise machine information with the preset physiological recommended values and preset The exercise suggestion value is compared, and a message is sent to the exerciser module based on the comparison result, and accordingly, the user is provided as a reference for subsequent exercise and fitness. As described in item 7 of the scope of patent application, the method for using exercise fitness equipment combining human physiological information and exercise information, wherein the physiological suggested value and the exercise suggested value are set according to the exercise goal of the user. An exercise management device, wherein the exercise management device is used to implement the scope of the patent application The method of using sports fitness equipment that combines human physiological information and exercise information as described in item 1.

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