TWM633791U - Body feeling detection and heart rate aerobic exercise system - Google Patents

Abstract

This creation is about a somatosensory detection and heart rate aerobic exercise system. It mainly makes the bracelets of the bracelet group wear on the hands and feet of the user, so as to use each bracelet to sense the user's hands and feet. For the movement of hands and feet, each wristband transmits the sensing signal to the wristband receiver with Bluetooth signal, and makes the heart rate sensing unit wear on the user's body to sense the heart rate, and transmits the sensing signal to the The mobile device, the wristband receiver and the mobile device both transmit the received signal to the cloud database for storage, so that the display device is equipped with a heart rate aerobic exercise system, which can receive and compile all related information from the cloud database during execution. information, and display the execution screen; in this way, the user can get the coaching exercise teaching at home without going out, not only can effectively use the limited time for exercise, but also can get more exercise Fun, to increase the health of the user, and to increase the practical and functional characteristics in its overall implementation and use.

Description

Somatosensory detection and heart rate aerobic exercise system

This creation is about a somatosensory detection and heart rate aerobic exercise system, especially a system that allows users to obtain exercise teaching from coaches at home without going out, and can not only effectively use limited time for exercise , and can get more exercise fun, so as to improve the user's health, and the innovative designer of the somatosensory detection and heart rate aerobic exercise system with more practical features in its overall implementation.

By the way, in recent years, with the improvement of people's living standards, people have gradually paid more attention to health and fitness activities in daily life, in order to obtain better physical and mental health; and as far as various sports are concerned, because they can achieve Effectively consume excess body heat, help maintain proper weight, enhance cardiopulmonary function, promote blood circulation, enhance body resistance, strengthen bones, reduce the chance of disease, make people more energetic and many other advantages, making it more and more visible More people are engaged in various sports.

It is common for people to engage in various sports in gyms, sports centers, outdoors, etc., such as: heavy training, running, etc. However, modern people are busy, and sports are often limited by schedules, equipment needs, venues, Teaching and training makes it difficult for people to take the first step in maintaining exercise habits. According to the survey, the top three main reasons for people not exercising are "no Time", followed by "too tired from work" and "too lazy to exercise", so it is reasonable to speculate that going out for exercise is the main reason that hinders Chinese people from exercising.

In addition, due to the raging new crown pneumonia epidemic in recent years, in order to avoid crowd contact and infection, most people try to avoid going out for activities, which also caused restrictions on going out for exercise.

The reason is that, in view of this, the creator has been adhering to years of rich experience in design, development and actual production in this related industry, and then researched and improved it to provide a somatosensory detection and heart rate aerobic exercise system in order to achieve better practical value. By.

The main purpose of this creation is to provide a somatosensory detection and heart rate aerobic exercise system. Its main purpose is to allow users to obtain exercise teaching from coaches at home without going out. It can not only effectively use the limited time for exercise Exercise, and can get more exercise fun, so as to improve the health of the user, and increase the practical and functional characteristics in its overall implementation and use.

The main purpose and effect of the somatosensory detection and heart rate aerobic exercise system of this creation are achieved by the following specific technical means:

Its main system includes bracelet set, bracelet receiver, heart rate sensing unit, mobile device and display device; among them:

The wristband set is respectively equipped with several wristbands for the user to wear on both hands and feet, so as to use each of the wristbands to sense the movements of the user's hands and feet;

The wristband receiver, which is used to connect and transmit signals with each of the bracelets in the bracelet group through Bluetooth (Bluetooth) signals, and then make the wristband receiver transmit the received action signals of each of the bracelets to Cloud database storage;

The heart rate sensing unit is used to be worn on the user's body, so as to sense the user's heart rate by using the heart rate sensing unit;

The mobile device, which uses Bluetooth (Bluetooth) signals to connect with the heart rate sensing unit to transmit signals, and then make the mobile device transmit the received heart rate signals to the database in the cloud for storage;

The display device is equipped with a heart rate aerobic exercise system, and when the aerobic exercise system is executed, the display device can receive and collect relevant information from the database in the cloud, and display the execution screen.

This is a preferred embodiment of the somatosensory detection and heart rate aerobic exercise system, wherein the heart rate aerobic exercise system has a group competition mode, a virtual coach mode, a track mode, and a somatosensory mode.

In this preferred embodiment of the somatosensory detection and heart rate aerobic exercise system, when the virtual trainer mode of the heart rate aerobic exercise system is executed, the coach's teaching video will be displayed on the operation interface, so that the user can follow the instructions In the teaching video, the coach's teaching movements are used for sports exercises, and the movement waveforms sensed by each of the bracelets in the bracelet group are compared.

A preferred embodiment of the present creation somatosensory detection and heart rate aerobic exercise system, wherein, The heart rate sensing unit is worn anywhere on the user's wrist or chest.

In the preferred embodiment of the somatosensory detection and heart rate aerobic exercise system of the present invention, the mobile device is either a mobile phone or a tablet computer.

1: Bracelet set

11: Bracelet

2: wristband receiver

3: Heart rate sensing unit

4:Mobile device

5: Display device

51: Heart rate aerobic exercise system

6: Cloud

61: Database

Figure 1: Schematic diagram of the overall structure of this creation

Figure 2: Schematic diagram of the system interface of this creation

Figure 3: Schematic diagram of the calibration status interface of the bracelet set in this creation (1)

Figure 4: Schematic diagram of the calibration status interface of the bracelet set in this creation (2)

Figure 5: Schematic diagram of the calibration status interface of the bracelet set in this creation (3)

Figure 6: Schematic diagram of the calibration status interface of the bracelet set in this creation (4)

Figure 7: Schematic diagram of the interface of the team competition mode of this creation

Figure 8: Schematic diagram of the virtual coach mode interface of this creation (1)

Figure 9: Schematic diagram of the virtual coach mode interface of this creation (2)

Figure 10: Schematic diagram of the virtual coach mode interface of this creation (3)

Figure 11: Schematic diagram of the track mode interface of this creation (1)

Figure 12: The schematic diagram of the track mode interface of this creation (2)

Figure 13: Schematic diagram of the track mode interface of this creation (3)

Figure 14: Schematic diagram of the somatosensory mode interface of this creation

In order to have a more complete and clear disclosure of the technical content used in this creation, the creation purpose and the effect achieved, it is described in detail below, and please also refer to the disclosed drawings and drawing numbers:

First of all, please refer to the schematic diagram of the overall structure of this creation in the first picture. This creation mainly includes a bracelet set (1), a bracelet receiver (2), a heart rate sensing unit (3), and a mobile device (4) and a display device (5); wherein:

The wristband group (1) is respectively provided with several wristbands (11) for the user to wear on both hands and feet, so as to utilize each of the wristbands (11) to sense the actions of the user's hands and feet.

The wristband receiver (2) is used to transmit signals with each of the wristbands (11) of the wristband group (1) with a Bluetooth [Bluetooth] signal, and then the wristband receiver (2) is connected to the The received action signals of each of the bracelets (11) are transmitted to the database (61) of the cloud (6) for storage.

The heart rate sensing unit (3) is intended to be worn anywhere on the user's wrist or chest, so as to sense the user's heart rate using the heart rate sensing unit (3).

The mobile device (4), which is any type of mobile phone or tablet computer, makes the mobile device (4) connect with the heart rate sensing unit (3) to transmit signals via Bluetooth (Bluetooth) signal, and then makes the mobile device (4) Transmitting the received heart rate signal to the database (61) of the cloud (6) for storage.

The display device (5), which is equipped with a heart rate aerobic exercise system (51), the display device The device (1) can receive and gather relevant information from the database (61) of the cloud (6) when executing the aerobic exercise system (51), and display the execution screen (please refer to the The second picture shows the schematic diagram of the system interface of book creation].

In this way, making this creation in operation use, it is to make the user wear each of the bracelets (11) of the bracelet group (1) on both hands and feet respectively, and use each of the bracelets (11) Sensing the movement of the user's hands and feet, the sensed movement signal is transmitted to the wristband sensor (2) using the Bluetooth signal, and the wristband receiver (2) is used to transmit the received movement signal to the wristband (11) The motion signal is transmitted to the database (61) of the cloud (6), and the heart rate sensing unit (3) is worn on the wrist or chest, and the heart rate sensing unit (3) is used to sense The user's heart rate, the sensed heart rate signal is transmitted to the mobile device (4) using bluetooth signal, and the mobile device (4) transmits the received heart rate signal to the database (61) of the cloud (6) ), the heart rate aerobic exercise system (51) installed on the display device (5) can be executed, and the display device (5) can receive and compile the exercise system (51) from the database (61) of the cloud (6). The sensing signal uploaded by the ring receiver (2) and the mobile device (4); and when executing the heart rate aerobic exercise system (51), it is necessary to first execute each of the bracelets of the bracelet group (1) ( The calibration setting of 11) enables the user to swing a single hand or a single foot according to the operation interface instructions of the heart rate aerobic exercise system (51) (please refer to the schematic diagram of the calibration status interface of the bracelet set created in the third picture ( 1)] to determine the corresponding positions of the bracelets (11) and the user's hands and feet ], and the sensing action signal of each bracelet (11) will be transmitted to the receiver (2) of the bracelet using Bluetooth signals, so that the receiver (2) of the bracelet will receive each of the bracelets (11) The action signal is transmitted to the database (61) of the cloud (6), and the display device (5) Receive the sensing signal uploaded by the wristband receiver (2) from the database (61) of the cloud (6), and confirm that each of the wristband (11) and the user's hands and After the feet are aligned, the calibration starts (please refer to the schematic diagram (3) of the bracelet set calibration status interface in the fifth picture)], so that the user can operate the aerobic exercise system (51) according to the heart rate Perform the same actions as indicated (please also refer to the schematic diagram (4) of the bracelet group calibration status interface of the creation of the sixth picture) to complete the calibration of each bracelet (11).

After completing the calibration of each of the wristbands (11) of the bracelet group (1), the user can execute the various exercise functions of the heart rate aerobic exercise system (51). ) in the team competition mode [please refer to the schematic diagram of the team competition mode interface of the creation of the seventh picture], which can compare the use of different users' exercise scores and displays for competition; and in the implementation of the heart rate When the virtual coaching mode of the aerobic exercise system (51), the operation interface of the heart rate aerobic exercise system (51) will display the teaching video of the coach, and the user can perform exercise according to the teaching actions of the coach in the teaching video , during the teaching process of the coach, the coach also wears each of the bracelets (11) of the bracelet set (1) on both hands and feet, so that the waveform of the coach's movements sensed by each of the bracelets (11) will be displayed In the operation interface of the heart rate aerobic exercise system (51), and when the user performs exercise exercises with the coach's teaching movements, the wristbands (11) worn by the user's hands and feet will also be displayed together. Display the action waveform (please also refer to the schematic diagram (1) of the interface of the virtual trainer mode created in the eighth picture) After the coach's teaching action is completed, it can be displayed on the operation interface of the heart rate aerobic exercise system (51) The user's practice scores and suggestions are displayed on the screen (please refer to the interface schematic diagram of the virtual coach mode created in the ninth picture) As shown in (2)], and the movement waveforms sensed by the wristbands (11) worn by the coach and the user can be compared [please also refer to the schematic diagram of the interface of the virtual coach mode created by the tenth picture ( 3)], so that the user can know the difference in movement between him and the coach, and it is convenient for the user to correct the practice movement.

When the track mode of the heart rate aerobic exercise system (51) is executed, the user can select different tracks and target settings (please refer to the schematic diagram of the track mode interface created by the eleventh picture book (1) )], after the user selects, the user is made to run, and the wristbands (11) worn on both hands and feet of the user can sense the user's running motion and make the user The represented character moves on the selected track (please also refer to the schematic diagram (2) of the track mode interface of the twelfth picture book creation), and the user can also compete with different users at the same time to Not only can it achieve sports effects, but also use the competition between different users (please refer to the schematic diagram (3) of the track mode interface of the creation of the thirteenth picture) to achieve fun in use.

In addition, when the somatosensory mode of the heart rate aerobic exercise system (51) is executed, various achievements and related data of various exercise modes performed by the user can be displayed on the operation interface of the heart rate aerobic exercise system (51) Charts and various suggestions (please refer to the schematic diagram of the somatosensory mode interface of the creation of the fourteenth picture) so that users can truly understand their own state.

From the above, we can see from the description of the implementation of this creation, compared with the existing technical means, this creation mainly allows users to get coaching exercise teaching at home without going out, not only can Effective use of limited time for exercise, And can get more sports fun, to increase the user's health, and increase the practical function characteristics in its overall implementation and use.

The aforementioned embodiments or diagrams do not limit the structure of this creation, and any appropriate changes or modifications by those with ordinary knowledge in the technical field shall be deemed as not departing from the patent scope of this creation.

To sum up, the embodiment of this creation can indeed achieve the expected use effect, and the specific structure disclosed by it has not only never been seen in similar products, nor has it been disclosed before the application, and it has fully complied with the provisions and requirements of the patent law. , Yuan filed an application for a new type patent in accordance with the law, and I sincerely appreciate the convenience of reviewing and granting the patent.

1: Bracelet set

11: Bracelet

2: wristband receiver

3: Heart rate sensing unit

4:Mobile device

5: Display device

6: Cloud

61: Database

Claims (5)

A somatosensory detection and heart rate aerobic exercise system, which mainly includes a bracelet set, a bracelet receiver, a heart rate sensing unit, a mobile device and a display device; wherein: The wristband set is respectively equipped with several wristbands for the user to wear on both hands and feet, so as to use each of the wristbands to sense the movements of the user's hands and feet; The wristband receiver, which is used to connect and transmit signals with each of the bracelets in the bracelet group through Bluetooth (Bluetooth) signals, and then make the wristband receiver transmit the received action signals of each of the bracelets to Cloud database storage; The heart rate sensing unit is used to be worn on the user's body, so as to sense the user's heart rate by using the heart rate sensing unit; The mobile device, which uses Bluetooth (Bluetooth) signals to connect with the heart rate sensing unit to transmit signals, and then make the mobile device transmit the received heart rate signals to the database in the cloud for storage; The display device is equipped with a heart rate aerobic exercise system, and when the aerobic exercise system is executed, the display device can receive and collect relevant information from the database in the cloud, and display the execution screen. The somatosensory detection and heart rate aerobic exercise system as described in Claim 1, wherein the heart rate aerobic exercise system has a team competition mode, a virtual coach mode, a track mode, and a somatosensory mode. The somatosensory detection and heart rate aerobic exercise system as described in claim 2, wherein, when the virtual trainer mode of the heart rate aerobic exercise system is executed, it will be displayed on the operation interface Show the coach's teaching video, so that the user can perform sports exercises according to the coach's teaching action in the teaching video, and compare the motion waveforms sensed by each of the bracelets in the bracelet group. The somatosensory detection and heart rate aerobic exercise system as described in Claim 1, wherein the heart rate sensing unit is worn anywhere on the user's wrist or chest. The somatosensory detection and heart rate aerobic exercise system as described in Claim 1, wherein the mobile device is any one of a mobile phone and a tablet computer.

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