TW201701223A - System and method for sharing bodybuilding recording - Google Patents

Abstract

The purpose of the invention is provided for a system and method for sharing bodybuilding recording, and the user may utilize said system to record and transmit his fitness process (e.g. the hand motion trajectory, motion frequency or the user physical data) to a cloud sever by his portable device to achieve the purpose of sharing bodybuilding recording; on the other hand, the system of this invention also may provide detailed bodybuilding recordings of other sportsmen for the user, the user may imitate other sportsmen's motion trajectories. In addition, this invention is suitable for fitness exercises requiring repetitive back-and-forth movements.

Description

Fitness record sharing system and method

The invention relates to a fitness record sharing system and method, and more particularly, to transmitting a physical movement track, a moving frequency and other physiological signals to a network during exercise through an application and a communication network of a portable device. The platform serves as a system and method for sharing.

Due to the rapid pace of urban life and the pressure of work, most people are faced with irregular diets and lack of physical exercise, which leads to threats of various diseases or body shape. In order to reduce the risk of the above diseases and relieve the pressure on work, Many office workers or students choose to use fitness as the main way to relieve stress and keep fit, and health awareness is on the rise, so fitness is gradually spreading to all ages.

Fitness exercises are often a one-person training behavior, but one's self-training often has limited effect, because athletes often make mistakes while exercising. For example, the swinging motion when lifting a dumbbell is incorrect or the muscle strength of an athlete cannot adapt to the weight of a dumbbell.

In order to avoid sports injuries during muscle training and to improve the quality of training, athletes can also modify their fitness posture through the assistance of fitness instructors. However, fitness exercises will have different standards with different fitness instructors, or fitness coaches. The standard of the fitness posture of each athlete is different, so it will affect the posture accuracy of some athletes during fitness. Furthermore, if the athlete wants to learn the fitness posture of other athletes, it is necessary to obtain fitness data of other athletes (such as trajectory, exercise frequency, etc.), but may not be able to imitate other people due to the physiological state of the athlete during fitness. Athletes, as well as athletes, may also be limited by their muscle strength and not as other athletes they want to learn. Therefore, it is not easy for an athlete to find a suitable learning object.

With the advancement of technology, a variety of portable devices (such as smart watches, smart bracelets, etc.) have been developed, and the portable devices have fitness-related applications that are generally wearable by athletes. The portable device is opened and the application is opened to record the basic physiological state of the athlete during fitness (such as heart rate, blood pressure, etc.), but most of the functions of the above application are only recorded. Record the athlete's blood pressure, heart rate, number of steps, walking distance, calories, and so on.

On the other hand, although athletes have to use their existing apps to upload their fitness data to the Internet to share with others, they cannot share data to simulate the movements of other athletes (such as the swinging trajectory of muscles). Therefore, if an athlete wants to strengthen his or her fitness data, he still needs to find a suitable learning object to imitate the action. As can be seen from the above, the function of the current application has limited help for the athlete.

In view of the above deficiencies of the prior art, the present invention aims to provide a fitness record sharing system and a method thereof, and a user can use the system to perform a fitness process (such as a hand movement track, a motion frequency, or a user's physiology). The value is recorded and transmitted to the cloud server by the portable device to achieve the purpose of sharing the fitness record; on the other hand, the system of the present invention can also provide detailed exercise records of other athletes to the user, allowing the user to It is able to imitate the movements of other athletes. In addition, the present invention is suitable for use in a fitness exercise that requires a back and forth motion.

In order to achieve the above and other objects, the present invention provides a fitness record sharing system and method. The fitness record sharing system of the present invention transmits a limb movement track, a movement frequency and other physiological signals of a user during exercise to a cloud server by a portable device (such as a mobile phone or other wearing device); The physical training parameters used by the person can also be recorded by the system. Here, the fitness record sharing system comprises two parts: a first portable device and a cloud server, wherein the first portable device comprises: a first processing device, a sensing component, and a physiological value sensing component. a user interface generator, a first or second wireless transmission module, and a display, wherein the user interface generator is configured to input an integral training parameter, and the user interface generator is coupled to the first processing device and sense Measuring component and physiological value sensing component, and respectively starting the sensing component and the physiological value sensing component to sense a moving direction, an acceleration, an angular velocity of the first portable device, and generating at least one signal and capturing at least one physiological value, The at least one signal may be a three-dimensional vector; on the other hand, the first processing device couples the sensing component and combines the at least one signal generated by the sensing component to form a motion trajectory and calculates a motion frequency; Or the second wireless transmission module is coupled to the first processing device for transmitting the aforementioned physical training parameter, the motion trajectory and the frequency, the at least one physiological value; the first portable The display of the device may be coupled to the first processing device to display a screen of the user interface generator; the first processing device may include, but is not limited to, a processing unit such as a CPU, a buffer, a multiplexer, a memory, etc., the first or the first The second wireless transmission module can include a wifi module and a radio frequency module. In an embodiment, the above motion trajectory and motion frequency are referred to as using The physical movement track of the body during exercise and the back and forth movement frequency of each position of the limb in the motion track, and the motion frequency may include the cyclic motion frequency and the non-circular motion frequency, and the cyclic motion frequency refers to a relatively regular back and forth motion motion. Rather than a cyclical action, it is a more irregular or static action, such as the trembling of the user's limb to withstand the weight of the dumbbell. In addition, physical training parameters include, but are not limited to, a weightlifting pound value (eg, a dumbbell pound value), a user's age, weight or height, and the like.

The cloud server includes a second processing device and a communication interface. After the first or second wireless transmission module of the first portable device is connected with the communication interface of the cloud server, the physical training parameter and the motion track are transmitted. And a motion frequency, at least one physiological value to the cloud server, wherein the cloud server further comprises: a comparator and a database, wherein the foregoing comparator is coupled to the second processing device, and utilizes the comparator The arithmetic unit converts the physical training parameter, the exercise frequency, and the at least one physiological value into a muscle strength value; and the database is coupled to the second processing device for storing the motion trajectory and frequency, at least one physiological value, and the muscle strength value. . In another aspect, the user interface generator can further include a muscle training menu that lists a plurality of muscle sites (eg, biceps, triceps, etc.) for selection by the user.

In order to achieve the above object, the present invention also discloses a fitness record sharing method, which provides a physical training parameter and a motion track for a user to immediately use the first portable device having the user interface generator to exercise. The frequency and the at least one physiological value are transmitted to the cloud server for sharing the fitness record sharing, and the fitness record sharing method of the present invention at least includes the following steps: (1) opening a user interface generator and inputting the fitness training parameter; And (2) activating the sensing component and the physiological value sensing component to respectively sense a moving direction, an acceleration, an angular velocity of the first portable device, and generate at least one signal and at least one physiological value; and (3) Processing the at least one signal by the first processing device to combine into a motion track and calculating a motion frequency; and (4) causing one of the first or second wireless transmission modules of the first portable device to communicate with the cloud Establishing a network connection by the communication interface of the server, transmitting the motion trajectory and the motion frequency, the at least one physiological value, the physical energy from the first portable device And (5) converting the exercise frequency, the at least one physiological value, and the physical training parameter into a muscle strength value through the operation unit; and (6) the motion track, the exercise frequency, and the at least one physiological condition Values and a muscle strength value, physical training parameters are stored in a database.

With the above system and method, the user can transmit the fitness training parameters, the motion trajectory and frequency during exercise, and at least one physiological value to the cloud server; the user can start and use the touch, shake, remote control or voice control mode. Sensing element and physiological value sensing element coupled by user interface generator Pieces.

On the other hand, since the first processing device using the first portable device is combined into a motion trajectory and calculating a motion frequency, the power consumption of the first portable device is too fast, so that the first portable device is extended. The power of the present invention can combine most of the data directly in the cloud server to perform the combined operation. Therefore, the present invention provides another mode of operation of the fitness record sharing system, and the present invention can directly transmit the at least one signal, the physical training parameter, At least one physiological value to the cloud server, and the second processing device of the cloud server combines the at least one signal into a motion trajectory and calculates a motion frequency; and the comparator is coupled to the second processing device, and the comparator is utilized The arithmetic unit converts the physical training parameter, the exercise frequency, and the at least one physiological value into a muscle strength value; and the database is coupled to the second processing device for storing the motion trajectory and frequency, at least one physiological value, and the muscle strength value.

Since the cloud server of the present invention has a function of processing a large amount of information, the present invention also discloses another fitness record sharing method. The foregoing method includes at least the following steps: (1) opening a user interface generator and inputting a fitness training parameter; And (2) activating the sensing component and the physiological value sensing component to respectively sense a moving direction, an acceleration, an angular velocity of the first portable device, and generate at least one signal and at least one physiological value; and (3) Enabling one of the first or second wireless transmission modules of the first portable device to establish a network connection with the communication interface of the cloud server, and transmitting the at least one signal from the first portable device, the at least a physiological value, the physical training parameter to the cloud server; and (4) the second processing device combines the at least one signal into a motion trajectory and calculates a motion frequency first or second wireless; (5) through the comparator The operation unit converts the exercise frequency, the at least one physiological value, and the physical training parameter into a muscle strength value; (6) the motion trajectory, the motion frequency, the at least one physiological value, and the muscle Intensity value, the physical training parameters are stored in a database, by using this other recording fitness sharing method, the power consumption can be saved in the first portable device.

The invention can provide another function of the virtual coach. For example, if the user (having the first portable device) wants to start training a specific muscle part, for example, the biceps training, the muscle training menu can be selected. Biceps option, and the cloud server will transmit biceps training data of other users with similar physical training parameters (for example: the trajectory and frequency of other users stored in the database, at least one physiological value, one The muscle strength values or combinations thereof or average or rank) to the user's first portable device.

The above is used to clarify the object of the present invention, the technical means for achieving the object, the advantages thereof, and the like. The invention may be described in the following preferred embodiments with the accompanying drawings and The scope of patent application allows the reader to understand clearly.

100‧‧‧ Fitness Record Sharing System

102‧‧‧First portable device

104‧‧‧Cloud Server

106‧‧‧First treatment unit

108‧‧‧Sensor components

110‧‧‧ Physiological sensing element

112‧‧‧User Interface Generator

114‧‧‧First wireless transmission module

116‧‧‧Second wireless transmission module

118‧‧‧ display

120‧‧‧second treatment unit

122‧‧‧Communication interface

124‧‧‧ comparator

126‧‧‧Database

128‧‧‧ arithmetic unit

202‧‧‧Second portable device

302~312‧‧‧Steps

402~412‧‧‧Steps

The present invention may be more fully understood from the following detailed description of the embodiments of the invention.

The first figure includes a fitness record sharing system of the first portable device and the cloud server.

The second figure is a fitness record sharing system for the first and second portable devices and the cloud server.

The third figure shows a flow chart of a method of a fitness record sharing system.

The fourth figure is a flow chart showing the method of another fitness record sharing system.

The embodiments of the present invention are described below by way of specific embodiments, and those skilled in the art can readily understand the utility of the present invention and its advantages by the disclosure of the present disclosure. The present invention may be applied and implemented by other specific embodiments. The details of the present invention may be applied to various needs, and various modifications or changes may be made without departing from the spirit and scope of the invention.

The present invention will be described in terms of the preferred embodiments and aspects of the invention. Therefore, the present invention may be widely practiced in other embodiments in addition to the preferred embodiments described in the specification.

As shown in the first figure, it is used to display a block diagram of the basic architecture of the fitness record sharing system 100 and its application architecture. The fitness record sharing system of the present embodiment comprises two parts: a first portable device 102 and a cloud server 104, wherein the first portable device comprises: a first processing device 106, a sensing component 108, and a physiological The value sensing component 110, a user interface generator 112, a first 114 and a second 116 wireless transmission module, and a display 118, and the user interface generator 112 can be used to input integral training parameters, the user interface The generator 112 is also coupled to the first processing device 106, the sensing component 108 and the physiological value sensing component 110, respectively, to activate the sensing component 108 and the physiological value sensing component 110 to sense the moving direction of the first portable device 102, The acceleration and the angular velocity generate at least one signal and at least one physiological value; on the other hand, the first processing device 106 is coupled to the sensing component 108 and processes the at least one signal to combine into a motion trajectory and calculate a motion frequency. The first 114 and the second 116 wireless transmission modules of the present invention are coupled to the first processing device 106 for transmitting the aforementioned physical training parameters, motion trajectories and motion frequencies, and at least one physiological ; The first portable The display 118 of the device may be coupled to the first processing device 106 to display a screen of the user interface generator 112; the first processing device 106 may include, but is not limited to, a processing unit such as a CPU, a buffer, a multiplexer, and a memory. The first 114 and the second 116 wireless transmission modules may include a wifi module and a radio frequency module. The cloud server 104 includes a second processing device 120 and a communication interface 122. After the first 114 and the second wireless transmission module 116 of the first portable device 102 are connected to the communication interface 122 of the cloud server 104, the cloud server 104 is connected to the communication interface 122 of the cloud server 104. The user's physical training parameters, motion trajectory and motion frequency, and at least one physiological value are transmitted to the cloud server 104. The cloud server 104 further includes: a comparator 124 and a database 126, and the comparator 124 further includes An operation unit 128, wherein the aforementioned comparator 124 is coupled to the second processing device 120, and uses the operation unit 128 in the comparator 124 to convert the physical training parameter, the exercise frequency, and the at least one physiological value into a muscle strength value; The database is coupled with a second processing device for storing motion trajectories, motion frequencies, at least one physiological value, and muscle strength values. Through the above system operation, the user can exercise the trajectory and frequency of the exercise. The physiological state is transmitted to the cloud server through the portable device. In another embodiment, the comparator 124 in the cloud server is coupled to the database 126, and can be used to compare the motion trajectory, the motion frequency, the at least one physiological value, and the muscle strength value with the database. Other motion trajectories, exercise frequencies, at least one physiological value, and muscle strength values may be compared or calculated to produce a result, which may be stored in a database and the results may be average or ranked and suggested. Information, the above average or ranking and suggestion data can be transmitted to the user's first portable device. Therefore, the user can enhance specific muscle parts and adjust limb movements by means of average or ranking and suggestion data. Track, motion frequency. In an embodiment, the user can enhance the specific muscle part and adjust the limb movement track and the exercise frequency by using the average value or the ranking and suggestion data; the content of the suggested data may include the posture, the training number adjustment, and the like.

In another embodiment, since the first processing device that uses the first portable device is combined into a motion trajectory and calculates a motion frequency, the power consumption of the first portable device is too fast. Therefore, in order to extend the first The power of the portable device, the invention can combine most of the data directly in the cloud server for the combined operation. Therefore, the present invention provides another mode of operation of the fitness record sharing system, and the invention can directly transmit the at least one signal and the physical function. Training parameters, at least one physiological value to the cloud server, and combining the at least one signal into a motion trajectory and calculating a motion frequency by the second processing device of the cloud server; and the comparator is coupled to the second processing device, and The exercise unit in the comparator converts the fitness training parameter, the exercise frequency, and the at least one physiological value into a muscle strength value; and the database is coupled to the second processing device for storing the motion trajectory and frequency, at least one physiological value, and Strong muscle strength Degree value.

In an embodiment, the comparator may overlap the time sequence of the at least one physiological value with the motion track to generate a superimposed image, and the superimposed image may be further transmitted back to the first portable device. Therefore, the user can view the physiological value changes in the motion trajectory according to the superimposed image. In another embodiment, the user can also view the overlays of other users to learn how to adjust their physiological changes during exercise (eg, adjusting breathing and fitness time, etc.).

On the other hand, the sensing component 108 can further be a G sensor, a Gyro meter, a positioning device (GPS), an electronic compass (E-compass), or a combination thereof, through the sensing element. Sensing a moving direction, an acceleration, an angular velocity of the first portable device worn on the user and generating at least one signal, wherein the at least one signal is in turn a three-dimensional vector, wherein the gravity sensor can sense the first The movement acceleration of the portable device, the gyroscope can detect the rotation angle and the angular velocity of the first portable device, and the position of the first portable device can be sensed via the positioning device (for example, longitude and latitude) The electronic compass obtains the moving direction of the first portable device by sensing the change of the magnetic field; when the user wears the portable device to the upper limb and starts to exercise (for example, continuously moving the upper limb back and forth, the sensing component can Sensing a moving direction, an acceleration, an angular velocity of the first portable device worn on the upper limb of the user and generating at least one signal; and the physiological value sensing component 110 can detect at least one physiological value, at least one The value may further be a heartbeat value, a blood pressure value, a respiratory rate, or a combination thereof. In another embodiment, the portable device may further be an electronic watch, an electronic wristband, a mobile phone, or other wearable device. Physical training parameters include, but are not limited to, a weightlifting pound value (eg, a dumbbell pound value), a user's age, weight or height, and the like.

The user interface generator may further include a muscle training menu for selecting a plurality of muscle parts (eg, biceps, triceps, etc.) for the user to select; A portable device) to train the biceps, after opening the user interface generator of the present invention, select the biceps option listed in the menu, and the cloud server 104 will transmit similar physical training parameters. Biceps training data, such as: the trajectory of other athletes stored in the database, the frequency of exercise, the at least one physiological value, the strength value of a muscle strength or a combination or average thereof or ranked to the user A portable device.

In an embodiment, when the user (for example, the holder of the first portable device) also wants to train the biceps, and through the cloud server, the physical fitness selected by another user (for example, the coach) is known. The training parameters are also the same as the above-mentioned users, and the user can select the other one to be stored in the database. The user's motion trajectory, the exercise frequency, the at least one physiological value, the one strength strength value, or a combination thereof are transmitted to the first portable device of the user, so that the user can also learn the training material of the other user.

In one embodiment, the motion trajectory and the motion frequency are referred to as the trajectory of the limb movement of the user during fitness and the repetitive motion frequency of the limb at each position in the motion trajectory, and the motion frequency may include the circulatory motion frequency and the non-revolution frequency. Cyclic motion frequency, the cyclic motion frequency refers to a more regular back and forth motion, while the non-circular motion refers to a more irregular or static motion, for example, the user's limb to tremble to withstand the weight of the dumbbell.

In another embodiment, the foregoing computing unit may use the following formula (1) to convert the user's physical training parameters, the exercise frequency (including the acyclic motion frequency and the cyclic motion frequency), and the at least one physiological value into a muscle strength value. , where k ₁ is the body configuration coefficient (eg, BMI), and k _{1 is} related to height, weight, age, etc.; k ₂ is the muscular endurance fitness coefficient, which is repeatable with muscle or muscle group The frequency of activity is related; k ₃ is the muscle fitness coefficient, which represents the maximum strength of the muscle or muscle group; k ₄ is expressed as the cardiopulmonary endurance coefficient, which means the ability of the cardiopulmonary circulatory system to carry oxygen to the muscles. The at least one physiological value may be a heartbeat value, a blood pressure value, a respiratory rate, or a combination thereof; the physical training parameters include, but are not limited to, a weightlifting pound value (eg, a dumbbell pound value), a user's age, weight, or height, and the like.

In an embodiment, after the user interface generator 112 is turned on, the user must first input the physical training parameters (including but not limited to the weightlifting weight value, the user's age, weight, or height, etc.), and the above physical training The parameters will be transmitted to the cloud server through the first or second wireless transmission module, and the comparator in the cloud server can be further classified according to the user's physical training parameters, for example, the user's weight is graded (eg, heavyweight) , lightweight or featherweight, etc.) or grade their age (eg 16-20 years old, 21-25 years old, etc.), so the user's trajectory, frequency of movement, at least one physiological value and muscle strength The value can be first graded according to the physical training parameters and stored in the database, and then compared with other physical fitness parameters of the user's motion trajectory, exercise frequency, at least one physiological value and muscle strength value.

The second figure is another embodiment for explaining the fitness record sharing system of the present invention. If another user (holds the second portable device 202, and the second portable device 202 also has the foregoing All of the components included in the first portable device are interested in the user's motion trajectory, exercise frequency, at least one physiological value, one muscle strength value, or a combination thereof stored in the database, and the user's The motion trajectory, the exercise frequency, the at least one physiological value, the one muscle strength value, or a combination thereof may be transmitted to the second portable device 202 of the other user.

Referring to the third figure, the fitness record sharing system corresponding to the above first figure is described in detail below in conjunction with the fitness record sharing method steps 302-312 of the present invention.

As shown in step 302, a user interface generator is opened and the fitness training parameters are input, and the fitness training parameters include, but are not limited to, a weightlifting pound value (eg, a dumbbell pound value), a user's age, weight, or height, etc.; In another embodiment, after the user interface generator is turned on, the sensing element and the physiological value sensing element can be activated by touch, shake, remote control or voice control.

As shown in step 304, the user can activate the sensing component and the physiological value sensing component to respectively sense the moving direction, the acceleration, the angular velocity of the first portable device, and generate at least one signal and at least one physiological value, wherein The sensing element can be a gravity sensor, a gyroscope, a positioning device, an electronic compass, or a combination thereof, and at least one physiological value can be a heartbeat number value, a blood pressure value, a respiratory rate, or a combination thereof.

As shown in step 306, the first processing device couples the sensing elements and combines the at least one signal generated by the sensing elements to form a motion trajectory and calculate a motion frequency.

As shown in step 308, one of the first or second wireless transmission modules of the first portable device is connected to the communication interface of the cloud server, and the motion track is transmitted from the first portable device. , exercise frequency, at least one physiological value, physical training parameters to the cloud server.

As shown in step 310, the operating unit of the comparator converts the exercise frequency, the at least one physiological value, and the physical training parameter into a muscle strength value, wherein the arithmetic unit can use the foregoing formula (1) to configure the physical training parameter, the exercise frequency, At least one physiological value is converted into a muscle strength value.

As shown in step 312, the user's motion trajectory, exercise frequency, at least one physiological value and one muscle strength value, and physical training parameters are stored in a database.

As mentioned above, the system can be applied to the cloud application of the fitness record and shared with a specific community. In a preferred embodiment, the user can set his own fitness record (such as the trajectory of the biceps training, the frequency of the exercise, At least one physiological value is transmitted to the cloud server, and can also be compared with other people's fitness records through the cloud server of the present invention; and the comparison between the cloud server of the present invention is convenient for the user to compare with others. The device is coupled to the database, and the comparator can be used to move the user's motion trajectory, exercise frequency, at least one physiological value, and a muscle strength value with the movements of other people in the database. The trajectory, the exercise frequency, the at least one physiological value, and the muscle strength value are compared or calculated with each other, and a result is further generated, and the result may be an average value or a ranking and suggestion data and the result may be stored in a database or transmitted. The user's first portable device, wherein the content of the suggestion data may include suggestions such as posture, training number adjustment, and the like.

In another embodiment, the cloud server of the present invention has a function of processing a large amount of information. Therefore, in order to reduce the power consumption of the first portable device, the present invention also discloses another fitness record sharing method, and the above method at least The following steps are included. For details, refer to the flowchart of another fitness record sharing method shown in the fourth figure. The above process is as shown in steps 402-412. As shown in step 402, a user interface generator is opened and the physical training parameters are input. .

As shown in step 404, the sensing component and the physiological value sensing component are activated to respectively sense a moving direction, an acceleration, an angular velocity of the first portable device, and generate at least one signal and at least one physiological value.

As shown in step 406, one of the first or second wireless transmission modules of the first portable device is connected to the communication interface of the cloud server, and the first portable device transmits the network. At least one signal, the at least one physiological value, and the physical training parameter to the cloud server.

As shown in step 408, the second processing device combines the at least one signal into a motion trajectory and calculates a motion frequency.

As shown in step 410, the exercise frequency, the at least one physiological value, and the physical training parameter are converted into a muscle strength value by an arithmetic unit of the comparator.

As shown in step 412, the motion trajectory, the motion frequency, the at least one physiological value and the muscle strength value, and the fitness training parameter are stored in a database, thereby using another fitness record sharing method. The power consumption of the first portable device can be saved. In an embodiment, the user can transmit his or her fitness record (such as the trajectory of the biceps training, the exercise frequency, and the at least one physiological value) to the cloud server through the above steps 402-412. The cloud server of the present invention compares with other people's fitness records; and in order to facilitate the user to compare with others, the comparator in the cloud server of the present invention couples the database, and the comparator can be used to move the user's motion track. The exercise frequency, the at least one physiological value, and the strength value of the muscle strength are compared with or calculated by the motion trajectory, the exercise frequency, the at least one physiological value, and the muscle strength value of the other persons in the database, and further generate a result, The result can be an average or ranking and suggested information and the above results can be stored in a database or The first portable device transmitted back to the user, wherein the content of the suggested data may include suggestions such as posture, training number adjustment, and the like.

In another embodiment, the comparator in the cloud server is further configured to compare the user's cyclic motion trajectory, motion frequency, at least one physiological value, and a muscle strength value with the original physical training parameters in the database. The other cyclic motion trajectory, the exercise frequency, the at least one physiological value, and the muscle strength value are compared or calculated with each other to generate a result, which may be an average value or ranking and suggestion data; in an embodiment, the above result It is then stored in a database or transmitted back to the first portable device. In other embodiments, the present invention may be used in conjunction with fitness equipment (eg, lacing panels, rowing machines, etc.) in addition to fitness exercises associated with dumbbells.

In an embodiment, if the user (having the first portable device) wants to start training a specific muscle part, taking the biceps training as an example, the user can open the user interface generator of the present invention and select muscle training. The biceps option listed in the menu, and the cloud server will transmit the biceps training data of other users with similar physical training parameters (for example, the motion trajectory, frequency of movement, and at least the other users stored in the database) A physiological value, a muscle strength value or a combination thereof or an average or ranking) to the user's first portable device.

The invention can include a number of different methods. The methods of the present invention may be performed by hardware components or may be embedded in a plurality of computer readable instructions which may be used to make a general purpose or special purpose processor or a plurality of logic circuits designed with the instructions. Perform these methods. Alternatively, the methods can be implemented by a combination of hardware and software.

Many of these methods are described in their most basic form, but from any of these methods, multiple methods can be added or removed, and information can be added or subtracted from any of the messages without Deviation from the basic scope of the invention. It will be apparent to those skilled in the art that many further modifications and adaptations can be made. The specific embodiments are not intended to limit the invention, but rather to explain the invention.

An embodiment is an embodiment or an example of the invention. References to "an embodiment", "an embodiment", "an embodiment", "an embodiment" or "another embodiment" are used in the specification to refer to a particular feature or structure described in connection with the embodiments. The features, or characteristics, are included in at least some embodiments, but are not required to be included in all embodiments. Different expressions of "one embodiment", "one embodiment", "an embodiment" or "some embodiments" are not necessarily all directed to the same embodiment. It should be understood that in the above description of the exemplary embodiments of the present invention, the present invention is different. The present invention may be combined in a single embodiment, illustration, or description thereof for the purpose of streamlining the disclosure and helping to understand one or more different aspects of the invention.

The above description is a preferred embodiment of the invention. Those skilled in the art should be able to understand the invention and not to limit the scope of the patent claims claimed herein. The scope of patent protection is subject to the scope of the patent application and its equivalent fields. Any modification or refinement made by those skilled in the art without departing from the spirit or scope of the present invention is equivalent to the equivalent change or design made in the spirit of the present disclosure, and should be included in the following patent application scope. Inside.

100‧‧‧ Fitness Record Sharing System

102‧‧‧First portable device

104‧‧‧Cloud Server

106‧‧‧First treatment unit

108‧‧‧Sensor components

110‧‧‧ Physiological sensing element

112‧‧‧User Interface Generator

114‧‧‧First wireless transmission module

116‧‧‧Second wireless transmission module

118‧‧‧ display

120‧‧‧second treatment unit

122‧‧‧Communication interface

124‧‧‧ comparator

126‧‧‧Database

128‧‧‧ arithmetic unit

Claims (23)

A fitness record sharing method, the method comprising the steps of: opening a user interface generator and inputting a fitness training parameter; starting the sensing component and the physiological value sensing component to respectively sense a moving direction of the first portable device And accelerating, angular velocity and generating at least one signal and capturing at least one physiological value; the first processing device coupling the sensing component and combining the at least one signal generated by the sensing component to form a motion trajectory and calculating a motion frequency And causing one of the first or second wireless transmission modules of the first portable device to establish a network connection with the communication interface of the cloud server, and transmitting the motion track, the motion from the first portable device a frequency, the at least one physiological value, the physical training parameter to the cloud server; the operating frequency, the at least one physiological value, and the physical training parameter are converted into a muscle strength value by a computing unit of the comparator; the motion trajectory, The exercise frequency, the at least one physiological value and the one strength strength value, the fitness training parameter are stored in a database. The fitness record sharing method according to claim 1, wherein the arithmetic unit can convert the physical training parameter, the exercise frequency, and the at least one physiological value into a muscle strength value by using the following formula (1), wherein the The motion frequency further includes a cyclic motion frequency and a non-cyclic motion frequency; wherein k ₁ is the body configuration coefficient; k ₂ is the muscular endurance fitness coefficient; k ₃ is the muscle fitness fitness coefficient, which is represented by the muscle Or the maximum strength of the muscle group; k ₄ is expressed as the appropriate coefficient of cardiorespiratory endurance. The method for sharing fitness records according to claim 1, wherein the sensing component is gravity A sensor, a gyroscope, a positioning device, an electronic compass, or a combination thereof. The fitness record sharing method of claim 1, wherein the at least one physiological value is again a heartbeat value, a blood pressure value, a respiratory rate, or a combination thereof. The fitness record sharing method of claim 1, wherein the sensing component and the physiological value sensing component are activated by touch, shake, remote control or voice control. The fitness record sharing method of claim 1, wherein the comparator is coupled to the database for the motion trajectory, the motion frequency, the at least one physiological value, and the one muscle strength value. Compare or calculate with other motion trajectories, motion frequencies, at least one physiological value, and muscle strength values originally in the database. The fitness record sharing method according to claim 6, wherein the comparator further generates a result after comparing or calculating, the result is an average value or ranking and suggestion data, and the result is stored in a database. Or transmitted back to the first portable device. The fitness record sharing method of claim 7, wherein the user interface generator further comprises a muscle training menu, and when the user interface generator is turned on, the menu item has a plurality of muscle parts options. To choose from. For example, in the fitness record sharing method described in claim 8, when one of the plurality of muscle parts is selected in the menu, the other motion trajectories and frequencies stored in the database, the at least one physiological value, The muscle strength value or a combination thereof or the result is transmitted to the first portable device. The fitness record sharing method of claim 1, wherein the motion trajectory and frequency stored in the database, the at least one physiological value, the one muscle strength value, or a combination thereof are transmitted to the first Two portable devices. The fitness record sharing method according to claim 1, wherein the physical training parameter includes a weight value, a user age, a weight or a height. A fitness record sharing method, the method comprising the following steps: Opening a user interface generator and inputting a fitness training parameter; starting the sensing component and the physiological value sensing component to respectively sense a moving direction, an acceleration, an angular velocity of the first portable device, and generating at least one signal and capturing At least one physiological value; one of the first or second wireless transmission modules of the first portable device is connected to the communication interface of the cloud server, and the at least one of the first portable devices transmits the at least a signal, the at least one physiological value, the physical training parameter to the cloud server; the second processing device combines the at least one signal into a motion trajectory and calculates a motion frequency; the operating frequency of the comparator is used to transmit the frequency The at least one physiological value, the physical training parameter is converted into a muscle strength value; the motion trajectory, the motion frequency, the at least one physiological value, and the muscle strength value, the physical training parameter are stored in a database. The fitness record sharing method of claim 12, wherein the sensing element can be a gravity sensor, a gyroscope, a positioning device, an electronic compass, or a combination thereof. The fitness record sharing method of claim 12, wherein the at least one physiological value is again a heartbeat number value, a blood pressure value, a respiratory rate, or a combination thereof. The fitness record sharing method of claim 12, wherein the sensing component and the physiological value sensing component are activated by touch, shake, remote control or voice control. The fitness record sharing method of claim 12, wherein the comparator is coupled to the database for using the motion trajectory, the motion frequency, the at least one physiological value, and the muscle strength value Other motion trajectories, motion frequencies, at least one physiological value, and muscle strength values originally in the database are compared or calculated. A fitness record sharing system includes: a first portable device, which further comprises: a first processing device; a sensing component; a physiological value sensing component; a user interface generator, which can be used for inputting an integral training parameter, coupling the first processing device, the sensing component and the physiological value sensing component to respectively activate The sensing component and the physiological value sensing component sense a moving direction, an acceleration, an angular velocity of the first portable device, generate at least one signal, and capture at least one physiological value; the first processing device couples the sense And measuring the at least one signal generated by the sensing component to form a motion trajectory and calculating a motion frequency; a first or second wireless transmission module coupled to the first processing device for transmitting the physical training parameter a motion trajectory and frequency, the at least one physiological value; a display coupled to the first processing device to display a screen of the user interface generator; and a cloud server including a second processing device and a communication interface, Transmitting the physical training parameter and the motion track after the first or second wireless transmission module and one of the first wired transmission modules are connected to the communication interface. a frequency, the at least one physiological value to the cloud server, wherein the cloud server further comprises: a comparator coupled to the second processing device, including an arithmetic unit to the physical training parameter, the motion frequency, the Converting at least one physiological value into a muscle strength value; a database coupled to the second processing device for storing the motion trajectory and frequency, the at least one physiological value, and the muscle strength value. For example, in the fitness record sharing system described in claim 17, wherein the physical training parameters include heavy weight values, user age, weight or height. The fitness record sharing system of claim 17, wherein the sensing component can be a gravity sensor, a gyroscope, a positioning device, an electronic compass, or a combination thereof. The fitness record sharing system of claim 17, wherein the at least one physiological value is It is a heartbeat number value, a blood pressure value, a respiratory rate, or a combination thereof. The fitness record sharing system of claim 17, wherein the user interface generator further comprises a muscle training menu, and when the user interface generator is turned on, the menu item has a plurality of muscle parts options. To choose from. The fitness record sharing system of claim 21, wherein the comparator is further coupled to the database, and is configured to use the motion trajectory and frequency, the at least one physiological value, and the strength value and data of the muscle strength The other motion trajectories, exercise frequencies, at least one physiological value, and the muscle strength values in the library are compared or calculated, and a result is generated, which is an average value or ranking and suggestion data. The fitness record sharing system of claim 17, wherein the comparator further overlaps the time sequence of the at least one physiological value with the motion track and generates a superimposed image.