TWI682349B - Measurement system capable of automatically calculating retraining history - Google Patents

Abstract

The invention relates to a measurement system capable of automatically calculating a retraining history, which includes one or more heavy objects, one or more sports information measurement devices and one or more mobile devices; these sports information measurement devices are respectively fixed These weights are connected to the mobile devices by communication; when performing weight training, the motion information measuring devices respectively sense the information of the user's hand swinging and holding the corresponding weight, and continuously send a Sports information is given to the mobile devices, and the mobile devices perform weight information integration calculation processing on the received sports information to generate a weight training statistical result for reference, which is automatically performed by automatically sensing the information using the heavy objects Count and produce weight training results for users to adjust the weight training direction, thereby achieving the purpose of improving sports quality.

Description

Measurement system capable of automatically calculating retraining history

The invention relates to a measurement system, in particular to a measurement system which can automatically calculate the retraining history.

With the rapid change of society, people often stand or sit and work, which causes people's bodies to suffer from many civilization diseases due to lack of exercise. In order to improve physical fitness, many fitness equipments have been developed one after another. Among them, a variety of weights such as dumbbells, discus, barbells, kettlebells, etc., are used to achieve muscle strength or sculpture through grasping, lifting, pushing, gripping, etc. Body lines to improve muscle endurance and improve muscle weakness caused by prolonged sitting or standing.

When the user uses the above heavy objects, the lifting and lowering of the heavy objects will be regarded as swinging once, and the use of the heavy objects will be counted once, thereby calculating the information of using the heavy objects, and making statistics based on the obtained number of uses, Analysis for the user to adjust the movement status. However, the current method of calculating the number of times using heavy objects is to count the number of times in the mind by the user. This counting method is easily affected by sports fatigue, speech, etc. and is distracted to cause counting errors. The impact may slightly deteriorate the quality of sports and affect the weight training schedule, and severely may cause sports injuries.

In view of the problem of inaccuracy in the calculation of weight training information in the prior art, the main purpose of the present invention is to provide a measurement system that can automatically calculate the retraining history, by automatically assisting the user in calculating the weight training information, in order to effectively reduce the count weight Errors in objects, and improve the accuracy of calculating the use of heavy objects.

The technical means adopted to achieve the above purpose is to make the aforementioned measurement system that can automatically calculate the retraining history, including: one or more weights; one or more exercise information measurement devices, which are respectively fixed on the On the equal weight, the motion information measuring devices are used to sense the swing information of the heavy objects, and correspondingly generate more than one motion information corresponding to the heavy objects; one or more mobile devices are connected to the amount of motion information Measuring devices. The mobile devices receive all the motion information of the corresponding heavy objects from the motion information measuring devices, and perform a weight information integration calculation process to generate a weight training statistical result for motion analysis.

It can be seen from the above content that the motion information measuring device automatically senses the information of the user using the corresponding heavy object, so as to accurately calculate the number of times the heavy object is used, etc., and the mobile device receives all the corresponding heavy object's motion information , Through the application program (Application, APP) built in the mobile device, the weight information integration calculation process is generated, and the weight exercise statistical result is generated for the user's reference, so that the user can carry out weight according to the weight exercise statistical result Adjust and plan the direction of weight training through the analysis of training to achieve the purpose of improving sports quality.

For a preferred embodiment of the measurement system for automatically calculating the retraining history of the present invention, please refer to FIG. 1, which includes more than one or more weights 10, more than one or more exercise information measuring devices 20, and One or more mobile devices 30, the motion information measuring devices 20 are fixed on the weights 10, that is, each weight 10 is fixed with a motion information measuring device 20, and the The sports information measuring devices 20 are respectively connected to the mobile devices 30 in communication. In this embodiment, the weights 10 include a weight for grabbing, a weight for lifting, a weight for pushing or a weight for holding, such as dumbbells, barbells, discus or kettlebells, etc. . The mobile devices 30 include a smart phone, a tablet computer, a smart watch, a smart wearable device, or a personal computer, and an application (Application, APP) is installed to process the received information.

In order to explain the specific structure of the motion information measuring device 20, please refer to FIG. 2, the motion information measuring device 20 includes a processor 21, a power module 22, a sensing unit 23 and a communication unit 24. The processor 21 is electrically connected to the sensing unit 23 and the communication unit 24, and the power module 22 is electrically connected to the processor 21 and the sensing unit 23 to supply power; in this embodiment, the power module 22 includes A rechargeable battery or a permanent battery.

In this embodiment, the motion information measuring device 20 further includes an input module 25 and a display module 26. The input module 25 and the display module 26 are electrically connected to the processor 21 and the power module, respectively twenty two.

In this embodiment, the sensing unit 23 includes an accelerometer to sense that the user swings the weight 10 back and forth and generates corresponding sensing signals to achieve the purpose of calculating usage information.

In this embodiment, the communication unit 24 communicates with the mobile device 30 to transmit information to each other. In this embodiment, the communication unit 24 includes a Bluetooth unit or a near field communication unit (Near Field Communication, NFC) ).

In this embodiment, the input module 25 is used to input information, such as the weight of the weight 10, etc., so as to conveniently record the retraining status; specifically, the input module 25 includes a keyboard.

In this embodiment, the display module 26 can be used to display information for user confirmation to facilitate the user to grasp the weight training information; in addition, in other embodiments, the input module 25 and the display module 26 are also It can be a touch display module.

Please refer to FIG. 3, in this embodiment, the weight 10 is an example of a dumbbell, to illustrate the manner in which the sports information measuring device 20 is fixed on the weight 10, but not limited to this, when the weight 10 is In the case of barbells, discus or kettlebells, the combination with the sports information measuring device 20 may also be the same as the combination with dumbbells and the sports information measuring device 20.

In this embodiment, the weight 10 is formed with two perforations 101, the motion information measuring device 20 has a housing 201, and two opposing positioning portions 202 are formed on the housing 201 to correspond to the perforations 101, the movement The information measuring device 20 further includes two relative fixing members 203, through which the fixing members 203 respectively pass through a corresponding positioning portion 202, and then are inserted into a corresponding through hole 101, so that the motion information measuring device 20 It is fixed on the weight 10; specifically, the through holes 101 may be screw holes, and the fixing members 203 may be screws, but not limited thereto.

Please refer to FIG. 4, for another combination of the weight 10 and the motion information measuring device 20, an insertion slot 102 is further formed on the weight 10, the motion information measuring device 20 has a housing 201A, The size of the housing 201A matches and is correspondingly installed in the insertion groove 102 to fix the motion information measuring device 20 on the weight 10.

Please refer to FIG. 5, which is another way of combining the weight 10 with the motion information measuring device 20. The motion information measuring device 20 has a housing 201B. The housing 201B is provided with a magnetic element 204 through which The magnetic element 204 can be adsorbed on the surface of the weight 10 to fix the motion information measuring device 20 on the weight 10. Specifically, the magnetic element 204 includes a magnet.

Based on the above, in order to illustrate the actual application of the present invention, please refer to FIGS. 1 and 2. When the user connects the motion information measuring device 20 to the mobile devices 30, the user can use the input modules 25 respectively input a weight number corresponding to the weight 10, and a device serial number corresponding to the motion information measuring device 20, and received by the respective connected processors 21, and the processors 21 respectively generate a device identity information correspondingly, and through the respective The connected communication unit 24 transmits the device identity information to the mobile devices 30 to store all received device identity information by the applications (APPs) in the mobile devices 30; in this embodiment, these The weight number of the weight 10 and the device serial numbers of the motion information measuring devices 20 can also be built in the corresponding motion information measuring devices 20 respectively, so that the processor 21 of each motion information measuring device 20 can Generate corresponding device identity information, and when the motion information measuring devices 20 are connected to the mobile devices 30, respectively, send the respective device identity information to the mobile devices 30.

In this embodiment, the user can also input the weight number of each weight 10 and the device serial number of each exercise information measuring device 20 through the applications (APP) of the mobile devices 30 to generate a device The identity information is separately transmitted to the communication units 24 to store the received device identity information by the connected processor 21 respectively. In other words, the weight information corresponding to the weight 10 and the device serial number of the motion information measurement device 20 can be set by the motion information measuring devices 20 to be stored in the mobile devices 30 or by the mobile devices 30 Set the weight number corresponding to the weight 10 and the device serial number of the exercise information measuring device 20 for storage in the corresponding exercise information measuring device 20.

Further, according to the weight of each heavy object 10, the user can input a piece of weight information through the input module 25 of the corresponding motion information measuring device 20, and the processors 21 respectively connect the weight information through the communication units 24 connected to each other. Equal weight information is transmitted to the mobile device 30 to store all received weight information by an application (APP) in the mobile device 30; in this embodiment, the weight information may also be stored in the amount of sports information In the measuring device 20, when the sports information measuring device 20 is connected to the mobile devices 30, the sports information measuring device 30 transmits the weight information along with the device identity information to the actions装置30。 The device 30.

In addition, in this embodiment, the user can also input the weight information corresponding to the weights 10 through the applications (APP) of the mobile devices 30. When the mobile devices 30 and the motion information measuring device 20 When connected, the device identity information corresponding to the weights 10 and the motion information measuring devices 20 together with the corresponding weight information are transmitted to the corresponding communication unit 24 for storage and reception by the processor 21 connected to each Of the weight information.

After the mobile device 30 receives the device identity information and the weight information, the user can start to calculate the information of using the heavy objects 10 by operating the mobile device 30 application (APP). Lifting one or more weights 10 swinging up and down, swinging left and right or swinging back and forth in any direction is regarded as swinging once, and the sensing units 23 respectively obtain a sensing signal corresponding to the sensing and send it to the processing of their respective connections 21, the processors 21 respectively generate motion information according to the received sensing signals, the motion information including the number of times, the force, the direction and the like of using the weights 10, and through the communication unit 24 connected to each Are transmitted to the mobile devices 30 respectively, and the applications (APPs) of the mobile devices 30 process all the received sports information and generate a sports data display information to display the sports data display information through the mobile devices 30 for The user refers to the information of using the weights 10. Specifically, each time the motion information measuring device 20 senses that the weight 10 swings, it correspondingly transmits the motion information to the mobile device 30 for cumulative processing and Display, in which the application (APP) will also record the time interval between receiving two pairs of sports information.

The user can operate the application (APP) of the mobile device 30 to make the application (APP) accumulate the number of times of the exercise information and the interval of receiving the exercise information according to the weight information of the weights 10 Perform a weight information integration calculation process to generate a weight training statistical result correspondingly, so that the user can refer to the result of this weight training, and the application (APP) will store the weight training statistical result for the user You can refer to it for the next weight training, so as to help the user to adjust the weight of the weight 10 as well as the number of swings, strength, direction, etc. according to the needs of each weight training to help the user to carry out long-term training and tracking And improve the effect of sports to help users improve the quality of sports.

In this embodiment, the weight information integration calculation process is mainly that the application program adds the weight information of the weights 10 used by the user at the time to obtain a cumulative weight information, and the cumulative weight information Marked with the weight number of the weight 10 and the device number of the exercise information measuring device 20 corresponding to the measurement, so that the user can refer to the weight 10 used in each weight training and the movement during measurement The information measuring device 20 and the total weight are also available for the user to confirm and check whether there is a problem with the sports information measuring device 20 for measurement through the sensed usage status each time.

In this embodiment, the weight training statistical result may be a visual weight training report, and the weight training report includes more than one chart data and more than one text description data.

In addition, the mobile devices 30 can also transmit the sports data display information to the corresponding communication unit 24, and the processors 21 send a display driving signal to the sports data display information received by the respective communication units 24 to The corresponding display module 26 displays the information of using the weight 10 for the user's reference.

In addition, when the user is using these heavy objects 10 for weight training, the mobile device 30 can also be used to play a video and audio information, so as to provide the user with a fun effect when exercising.

For another preferred embodiment of the present invention, please refer to FIG. 6, the present invention further includes more than one or more cloud servers 40 and more than one or more personal electronic devices 50. The mobile device 30 is communicatively connected. In this embodiment, the cloud servers 40 may include a community server or a cloud space, such as a community server such as Facebook, Instagram, Twitter, Weibo, or Google cloud hard drive ( Google Drive, etc.; such personal electronic devices 50 include a personal computer, a tablet computer, and the like.

The user can transfer the motion analysis information to the cloud servers 40 by operating the applications (APPs) of the mobile devices 30 for sharing and reference by friends, and can also transfer the motion analysis information to the Wait for the personal electronic device 50 to store for the user to count and analyze the direction and goal of weight training.

For another preferred embodiment of the present invention, please refer to FIG. 7, the present invention further includes one or more human body information sensors 60, and is connected to the mobile devices 30 via Bluetooth or near field communication These human body information sensors 60 are used to sense various body data during exercise such as heart rate, muscle condition, vital capacity, body water content, body temperature, etc. when the user uses the heavy objects 10, and continuously sense the corresponding user After using the human body signal sensing information of the heavy objects 10, it is continuously transmitted to the mobile devices 30 for processing, and the mobile device 30 can integrate the heavy object information according to the received motion information and human body signal sensing information Operation processing to generate the corresponding weight exercise statistical results for the user's reference, or only display the received human body signal sensing information through the mobile devices 30, thereby helping the user to grasp the physical condition during retraining, In order to help the user to effectively adjust the exercise method to achieve the purpose of protecting the body or strengthening training; in this embodiment, the human body information sensors 60 may specifically include a heart rate sensor, a sports bracelet, and a sports watch And other wearable devices.

Weight 101 102 10 engaging groove 20 perforated motion information measuring device 201,201A, 201B of the housing portion 202 positioning member 203 fixed to the magnetic element 204 22 21 processor power module 23 sensing unit 24 communication unit 25 display mode input module 26 Group 30 mobile devices 40 cloud servers 50 personal electronic devices 40 cloud servers 50 personal electronic devices 60 human body information sensors

Figure 1: A block diagram of the system architecture of the preferred embodiment of the present invention. FIG. 2 is a block diagram of the structure of a sports information measuring device according to a preferred embodiment of the present invention. Figure 3: A first schematic diagram of the combination of the exercise information measuring device and the heavy object of the preferred embodiment of the present invention. Fig. 4: A second schematic diagram of the combination of the exercise information measuring device and the weight according to the preferred embodiment of the present invention. Fig. 5: A third schematic diagram of the combination of the exercise information measuring device and the weight according to the preferred embodiment of the present invention. Figure 6: A block diagram of the system architecture of another preferred embodiment of the present invention. FIG. 7: A block diagram of a system architecture of another preferred embodiment of the present invention.

10 Heavy objects ​

Claims (8)

A measurement system capable of automatically calculating the retraining history, including: one or more weights; one or more motion information measurement devices, which are respectively fixed on the weights, and the motion information measurement devices For sensing the swing information of the heavy objects, and correspondingly generate more than one corresponding heavy object's motion information; one or more mobile devices are connected to the motion information measurement devices, and the mobile devices derive the motion information from the motion information The measurement device receives the motion information of all the corresponding heavy objects, and performs a weight information integration calculation process to generate a weight exercise statistical result for motion analysis; wherein, the motion information measurement device further includes: a power module; A sensing unit is electrically connected to the power module, the sensing unit is used to sense the swing of the heavy object, and correspondingly generates a sensing signal; a processor is electrically connected to the power module, the sensing unit, and the Input module, the processor is used for receiving the sensing signal and correspondingly generating more than one movement information; a communication unit is electrically connected to the processor, and the communication unit is communicatively connected to the mobile devices and controlled by the processor Transmit the motion information to the mobile devices; an input module, the input module is electrically connected to the power module and the processor for input information; the processor receives the input module input corresponding to the heavy object Weight information, and transmitted to the mobile devices by the communication unit, and the mobile devices store the weight information through a built-in application. The measurement system capable of automatically calculating the retraining history as described in claim 1, wherein the processors receive respective connected input modules to input a weight number corresponding to the weight and corresponding motion information amount A device serial number of the test device is generated to generate a device identity information, which is transmitted to the mobile device through the communication unit respectively connected, and the application stores the received device identity information. The measurement system capable of automatically calculating the retraining history as described in claim 2, wherein the motion information measurement devices further include a display module, which is electrically connected to the processor and the power module; The display module is used to display the weight information, the device identity information, or the weight exercise statistical results returned by the mobile device. The measurement system capable of automatically calculating the retraining history as described in claim 1, wherein the power module includes a rechargeable battery or a permanent battery. The measurement system capable of automatically calculating the retraining history as described in claim 1, wherein the mobile device includes a smartphone, a tablet computer, a smart watch, a smart wearable device, or a personal computer; the heavy object It includes a heavy object for grabbing, a heavy object for lifting, a heavy object for pushing or a heavy object for holding. The measurement system capable of automatically calculating the retraining history as described in claim 1, further comprising one or more cloud servers and one or more personal electronic devices, such cloud servers, such personal electronic devices The devices are respectively connected to the mobile devices to receive the weight training statistical results transmitted by the mobile devices. The measurement system capable of automatically calculating the retraining history as described in claim 1, wherein the communication unit includes a Bluetooth unit or a near field communication unit. The measurement system capable of automatically calculating the retraining history as described in claim 1, further comprising one or more human body information sensors and connected with the mobile devices, the human body information sensors are used to sense The body data during human body movement is measured, and correspondingly, a human body signal sensing information is continuously generated, and is continuously transmitted to the mobile devices and the motion information to perform the integration calculation processing of the weight information, so as to generate a corresponding weight training statistical result.

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