TWM594973U - Fitness device for intelligently controlling training intensity - Google Patents

Abstract

This creation relates to a fitness device that intelligently controls training intensity, including: a fitness device; a control unit, a signal connected to the fitness device; and a communication unit, the signal connected to the control unit; the communication unit obtains a pre-stored message, the The control unit limits a training intensity range of the fitness device according to the pre-stored information. In this way, it is avoided that the training intensity is too large or too small to cause the user to be overloaded or insufficient, so that the training results of a user are not in line with expectations, and even cause the user's sports injuries.

Description

Fitness device for intelligently controlling training intensity

This creation is about a fitness device, especially a fitness device that can intelligently control training intensity.

During fitness, most people have insufficient knowledge about fitness. If they voluntarily train themselves, it may cause sports injuries. Therefore, appropriate guidance is required. Most fitness-related portable devices on the market only provide the function of recording the user's physical condition. The aspect is still relatively insufficient.

The Republic of China Patent Bulletin No. I565501 provides a method, system and a sports platform for prompting movements in the body. In the method for prompting movements, the physical signal trend during exercise is predicted in real time based on the personalized movement model of an athlete, and then based on the physiological The result of the comparison between the signal trend and the signal trend of a sports plan produces a prompt signal, such as a guidance voice that guides the athlete's movement pattern. According to one of the embodiments, the athlete can wear a device with a sensor, which can sense the physiological signal of the athlete during exercise. The system then creates or updates the personalized exercise model of the athlete according to the physiological signal of the athlete. The related device may be a wearable device, or it may cooperate with a mobile device and load personalized motion models and motion plans from a cloud system.

However, in the aforementioned patent case, although a personalized exercise plan is provided, the range of exercise intensity cannot be forcibly limited, and the user may inadvertently apply too much or too little force, which may cause the training results to be inconsistent with expectations in the long run. , Long-term training with excessive training intensity may even cause user sports injuries.

In order to ensure proper exercise intensity, the author created a fitness device that intelligently controls the training intensity, including: a fitness device; a control unit, the signal is connected to the fitness device; and a communication unit, the signal is connected to the control unit The communication unit obtains a pre-stored message, and the control unit limits a training intensity range of the fitness device according to the pre-stored message.

Further, a signal of an identification unit is connected to the control unit. After the identification unit identifies an identity information, the communication unit obtains the corresponding pre-stored message according to the identity information.

Wherein, the identification unit uses artificial intelligence technology to identify the identity information.

Further, the signal of the communication unit is connected to a cloud database, and the communication unit obtains the pre-stored message from the cloud database.

Further, a sensing unit signal is connected to the fitness device and the control unit, and the sensing unit measures a piece of sports information.

Further, when the control unit does not match the motion information with the pre-stored message, the control unit updates the pre-stored message in the cloud database according to the motion information.

Further, a warning unit signal is connected to the control unit. When the control unit does not match the motion information with the pre-stored message, the warning unit sends out a prompt message.

Wherein, the prompt message is one or a combination of vibration, text, image and sound.

Further, the sensing unit includes a physiological sensing unit and a motion sensing unit.

The exercise information and the pre-stored information are one or a combination of exercise type, training method, exercise frequency, exercise duration, maximum heart rate, blood oxygen, blood pressure, and body temperature.

According to the above technical features, the following effects can be achieved:

1. The control unit limits the suitable training intensity range of the fitness device according to the pre-stored information, to avoid that the user's load is too large or insufficient due to too large or too small training intensity, so that the user's training results are not in line with expectations, and even cause the user's exercise hurt.

2. The identification unit uses artificial intelligence technology to identify the user's identity information.

3. The pre-stored information corresponds to the identity information, providing different users with an appropriate training intensity range.

4. The sensing unit measures the sports information that the user actually trains, and the control unit compares the sports information and the pre-stored information. When the comparison of the sports information and the pre-stored information does not match, a warning message will be sent out by the warning unit to notify the use Change the training intensity.

5. When the match between the sports information and the pre-stored information does not match, the control unit can also update the pre-stored information in the cloud database according to the sports information, so that the pre-stored information is more in line with the actual state of the user.

Based on the above technical features, the main functions of the fitness device for intelligently controlling the training intensity will be clearly presented in the following embodiments.

Please refer to the first and second figures. The fitness device for intelligently controlling training intensity includes: a fitness device (1), a control unit (2), a sensing unit (3), a communication unit (4), a Identification unit (5), a warning unit (6) and a cloud database (7).

The fitness device (1) can be any kind of fitness equipment, such as: treadmill, leg bending training machine, butterfly machine, Smith machine, rowing machine, etc., this creation does not limit this. In the embodiment of the present invention, the fitness device (1) uses a flywheel as an example.

The signal of the control unit (2) is connected to the fitness device (1), and the control unit (2) can be disposed on the fitness device (1), or combined with a computer, a mobile device, or the like. In the embodiment of the present creation, the control unit (2) is provided on the fitness device (1).

The signal of the sensing unit (3) is connected to the fitness device (1) and the control unit (2). The sensing unit (3) can be provided on the fitness device (1) or used as a wearable device Wearers. The sensing unit (3) includes a physiological sensing unit (31) and a motion sensing unit (32). In the embodiment of the present invention, the physiological sensing unit (31) is a reflective pulse sensor, the physiological sensing unit (31) is disposed on the handle of the fitness device (1), and the motion sensing unit (32) The signal is connected to the fitness device (1).

The signal of the communication unit (4) is connected to the control unit (2), and the signal can be transmitted and exchanged in a wireless or wired manner. The communication unit (4) is arranged on the fitness device (1).

The signal of the identification unit (5) is connected to the control unit (2). The identification unit (5) uses artificial intelligence technology to identify the identity information of the user, for example, by fingerprint, iris or face. In the embodiment of the present creation, the identification unit (5) is disposed on the handle of the fitness device (1), and the identity information is identified by the user's fingerprint.

The signal of the warning unit (6) is connected to the control unit (2), and the warning unit (6) may be a vibrator, a display, a speaker, etc. In the embodiment of the present invention, the warning unit (6) is a horn embedded on the fitness device (1).

The signal of the cloud database (7) is connected to the communication unit (4), and the cloud database (7) stores a pre-stored message corresponding to the identity information. The pre-stored message can be exercise type, training method, exercise frequency, exercise One or a combination of duration, maximum heart rate, blood oxygen, blood pressure, and body temperature.

Please refer to the first picture and the third picture. When the user wants to use the fitness device for intelligently controlling the training intensity, the user can cover the identification unit (5) with the thumb first, so that the identification unit (5) can be identified by fingerprint The identity information of the user, the communication unit (4) then obtains the pre-stored information corresponding to the identity information from the cloud database (7), and the control unit (2) then restricts the fitness device according to the pre-stored information ( 1) A training intensity range provides an adaptive training intensity range for different users. Limiting the training intensity range of the fitness device (1) means that the fitness device (1) can provide the user for training only in the training intensity range, for example, when the fitness device (1) When setting of resistance, such as resistance, exceeds the training intensity range, the control unit (2) can prevent the pedal of the fitness device (1) from being turned, so as to surely limit the training intensity range. By restricting the training intensity range in this way, it is possible to prevent the user from being overloaded or under-trained by over-intensity or under-intensity training, so that the user's training results do not match expectations, and even cause the user's sports injuries.

Please refer to the second and fourth figures. After the user starts to use the fitness device for intelligently controlling the training intensity, the sensing unit (3) senses a user's motion information, because the recognition unit (5) And the physiological sensing unit (31) is provided on the handle of the fitness device (1), when the user grips the handle, the thumb can cover the recognition unit (5), and the remaining fingers and palm can cover the A physiological sensing unit (31). While the identification unit (5) recognizes the identity information, the physiological sensing unit (31) can measure the motion information from the user's hand. In the embodiment of the present invention, since the physiological sensing unit (31) measures the pulse of the hand, it is equivalent to the exercise information being the maximum heart rate. In actual implementation, through the coordination of the physiological sensing unit (31) and the motion sensing unit (32), the motion information may be the motion type, training method, motion frequency, and motion duration corresponding to the pre-stored information , One or a combination of maximum heart rate, blood oxygen, blood pressure and body temperature, for example, the signal of the exercise sensing unit (32) is connected to the fitness device (1), and the exercise type can be obtained directly from the setting of the fitness device (1) The state is a flywheel, and the time when the fitness device (1) is operated can also be derived from the exercise duration and frequency. When the fitness device (1) is multi-purpose, such as a Smith machine, the motion sensing unit ( 32) The training method can also be obtained by operating part of the fitness device (1) such as bench press, shoulder press or squat, etc. The physiological sensing unit (31) can also be a pulse-type blood oxygen detector, Arm sphygmomanometer or thermometer, etc., respectively measure blood oxygen, blood pressure or body temperature.

The communication unit (4) obtains the pre-stored message corresponding to the identity information from the cloud database (7), and the control unit (2) compares the sport information and the pre-stored message when the sport information and the pre-stored message When it does not meet, for example, when the heart rate exceeds a standard value, a warning message is sent by the warning unit (6). The warning message is one or a combination of vibration, text, image, and sound. (6) is a speaker, so the prompt message is a prompt tone. The reason why the sports information and the pre-stored message do not match, for example, it may be that the user is in poor physical condition, or the pre-stored message needs to be updated. If the user is in poor physical condition, the user finds the prompt message The training can be stopped in time or the training intensity can be changed; if the pre-stored message needs to be updated, the control unit (2) can update the pre-stored message in the cloud database (7) according to the exercise information to make the pre-stored message more suitable for the use The actual state of the person, and re-compare the sports information and the pre-stored information. When the sports information and the pre-stored information match, it means that the user may be training normally according to the training intensity range, and the physiological sensing unit (31) can also continuously measure the sports information to ensure that there is no sudden situation. However, the fourth picture of this creation only uses the situation of updating the pre-stored information as a schematic, and the remaining conditions are not drawn in the diagram of this creation, and are only briefly explained in text here.

Based on the description of the above embodiments, the operation, use and effects of this creation can be fully understood, but the above-mentioned embodiments are only the preferred embodiments of the creation, and should not be used to limit the implementation of this creation. The scope, that is, simple equivalent changes and modifications made in accordance with the scope of the patent application for the creation and the content of the creation description, are all covered by the scope of the creation.

(1): Fitness device (2): Control unit (3): Sensing unit (31): Physiological sensing unit (32): Motion sensing unit (4): Communication unit (5): Identification unit (6): Warning unit (7): Cloud database

[The first picture] is a perspective view of this creation.

[Second Picture] is the system block diagram of this creation.

[Third Picture] This is the first flowchart of this creation, which shows that the control unit limits the training intensity range of the fitness device according to the pre-stored information.

[Fourth Picture] This is the second flowchart of this creation, which indicates that the control unit compares the motion information with the pre-stored information.

(1): Fitness device

(2): Control unit

(31): Physiological sensing unit

(4): Communication unit

(5): Identification unit

(6): Warning unit

(7): Cloud database

Claims (10)

A fitness device for intelligently controlling training intensity, including: A fitness device; A control unit, the signal is connected to the fitness device; and A communication unit, the signal is connected to the control unit; The communication unit obtains a pre-stored message, and the control unit limits a training intensity range of the fitness device according to the pre-stored message. For a fitness device for intelligently controlling training intensity as described in item 1 of the patent scope, further, a recognition unit signal is connected to the control unit, and after the recognition unit recognizes identity information, the communication unit obtains the corresponding pre-stored information according to the identity information message. The fitness device for intelligently controlling training intensity as described in item 2 of the patent application scope, wherein the identification unit recognizes the identity information by artificial intelligence technology. According to the fitness device for intelligently controlling training intensity described in item 1 of the patent application scope, further, the communication unit signal is connected to a cloud database, and the communication unit obtains the pre-stored information from the cloud database. As for the fitness device for intelligently controlling the training intensity described in item 4 of the patent application scope, further, a sensing unit signal is connected to the fitness device and the control unit, and the sensing unit measures a piece of sports information. For a fitness device that intelligently controls training intensity as described in item 5 of the patent application scope, further, when the control unit does not match the motion information with the pre-stored information, the control unit updates the cloud database according to the motion information The pre-stored message. As for the fitness device for intelligently controlling the training intensity as described in Item 5 of the patent scope, further, a warning unit signal is connected to the control unit. When the control unit does not match the motion information with the pre-stored information, the warning unit issues a Prompt message. The fitness device for intelligently controlling training intensity as described in item 7 of the patent application scope, wherein the prompt message is one or a combination of vibration, text, image, and sound. According to the fitness device for intelligently controlling training intensity as described in item 5 of the patent application scope, further, the sensing unit includes a physiological sensing unit and a motion sensing unit. The fitness device for intelligently controlling training intensity as described in item 5 of the patent application scope, wherein the exercise information and the pre-stored information are exercise type, training method, exercise frequency, exercise duration, maximum heart rate, blood oxygen, blood pressure One or a combination of body temperature.

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