KR102023512B1 - Core exercise device system linked to a smart device equipped with a safety device - Google Patents

Abstract

The present invention relates to a smart device interlocking whole body exercise machine system equipped with a safety device. More specifically, the user can safely core through the core exercise device that can strengthen the core muscle for maintaining the balance of the body and the safety frame provided on the outside of the core exercise device, and the core through the user's smart device. By displaying the information on the user's exercise posture transmitted from the exercise equipment and providing customized health care contents about the core exercise method and health care method, the user can easily know the core exercise method and systematically manage the health. It relates to a smart device interlocking whole body exercise machine system equipped with a safety device.
To this end, the present invention is a core plate formed through the belt insertion portion symmetrical position of both edges; At least one load cell provided to measure the exercise load according to the load action position during exercise, a three-axis acceleration sensor for measuring the degree of acceleration of movement when the user balances, and a gyro sensor for measuring the degree of inclination and rotation A motion detection sensor unit provided inside the core plate; It is located inside the core plate, the control unit for receiving a signal from the motion detection sensor to determine the user's core exercise position, and transmits the information on the exercise position of the user to the external smart device through the communication unit; A balance core ball provided on the bottom surface of the core plate and having elasticity to support the load of the user by contacting the bottom thereof with the ground; And a handle connected to an elastic band and an elastic band respectively inserted into the belt insertion portion formed on the core plate, and the balance core ball can adjust the difficulty of core movement by increasing or decreasing the ground area according to the volume change according to the expansion force. It provides a smart device linked systemic exercise equipment system equipped with a safety device including the.

Description

Core exercise device system linked to a smart device equipped with a safety device}

The present invention relates to a smart device interlocking whole body exercise machine system equipped with a safety device. More specifically, the user can safely core through the core exercise device that can strengthen the core muscle for maintaining the balance of the body and the safety frame provided on the outside of the core exercise device, and the core through the user's smart device. By displaying the information on the user's exercise posture transmitted from the exercise equipment and providing customized health care contents about the core exercise method and health care method, the user can easily know the core exercise method and systematically manage the health. It relates to a smart device interlocking whole body exercise machine system equipped with a safety device.

Recently, the healthcare market is expanding from the diagnosis and treatment equipment for the traditional disease treatment to the personal healthcare area using mobile and wearable devices.

Continued growth in personal health concerns and technological advances using ICT technology are expected to provide efficient and convenient solutions that will continue to grow in the healthcare industry.

On the other hand, the core in the core exercise is to protect the muscles and bones by holding the center of the body where all the power and mobility of the body, such as abs, spinal muscles, gluteus, diaphragm, pelvis, and maintains musculoskeletal structure properly Say that.

The development of the core will be able to exert greater strength and digest high-intensity training, and training the core will center and strengthen the body to prevent back and spinal diseases.

The core is an invisible part, so it is neglected, but it functions as a bridge of the body, and connects the bone to the bone firmly and strongly and stabilizes it.

In particular, it is widely known that core exercise has various effects on mothers, such as preventing childbirth-related diseases and promoting fetal health.

However, the exercise equipment using the conventional information technology is a device for recording or storing the amount of exercise by measuring the amount of exercise through a typical running exercise, walking exercise, etc. and transmitting it to the application of the smart phone in terms of body structure There is a lack of specialized core exercise equipment, health care contents and infrastructure related to strengthening core muscles required for users who cannot exercise intensely.

Prior art document: KR Publication No. 10-2012-0033898 (published April 4, 2012)

The present invention has been made to solve the above problems, the user through the core exercise mechanism and the safety frame provided on the outside of the core exercise mechanism to strengthen the core muscle for maintaining the balance of the body to the user to safely core It displays the information on the user's exercise position transmitted from the core exercise equipment through the user's smart device, and provides the user customized health care contents about the core exercise method and the health care method so that the user can easily perform the core exercise method. The purpose is to provide a smart device interlocking core exercise device equipped with a safety device that can understand and systematically manage health.

Smart device interlocking type whole body exercise system with a safety device according to the present invention devised to achieve the above object is a core plate formed through the belt insertion portion symmetrical position of both edges; At least one load cell provided to measure the exercise load according to the load action position during exercise, a three-axis acceleration sensor for measuring the degree of acceleration of movement when the user balances, and a gyro sensor for measuring the degree of inclination and rotation A motion detection sensor unit provided inside the core plate; It is located inside the core plate, the control unit for receiving a signal from the motion detection sensor to determine the user's core exercise position, and transmits the information on the exercise position of the user to the external smart device through the communication unit; A balance core ball provided on the bottom surface of the core plate and having elasticity to support the load of the user by contacting the bottom thereof with the ground; And a handle connected to an elastic band and an elastic band respectively inserted into the belt insertion portion formed on the core plate, and the balance core ball can adjust the difficulty of core movement by increasing or decreasing the ground area according to the volume change according to the expansion force. It includes.

In addition, the balance core ball includes a lower frame to be seated on the upper surface, the side support frame provided in the height direction on both sides of the lower frame, and the upper frame provided on the upper side of the side support frame, It may further include a safety frame accommodated inside.

In addition, the upper frame of the safety frame is composed of a fixed portion and the opening and closing portion, one end of the fixing portion and the opening and closing of the hinge is coupled, the opening and closing the hinge hinged around the hinge pivot, and the user can enter and exit the safety frame The method may further include performing an opening and closing operation with respect to the government.

According to the present invention can strengthen the core muscle to improve the balance of the body, by providing the user's health care content through the application installed on the user's smart device, you can easily learn how to exercise the core, systematically health of the user It is effective to manage.

In addition, there is an effect that the user can safely and conveniently exercise by the safety frame during the core exercise.

1 is a perspective view showing a core exercise mechanism,
2 is a view showing a core plate and a balance core ball;
3 is a view showing the core exercise mechanism and the stretching cradle;
Figure 4 is a perspective view showing a core motion mechanism accommodated inside the safety frame,
5 is a front view of FIG. 4;
6 is a perspective view showing a safety frame,
7 is a view showing a state in which the upper frame of the safety frame is opened and closed,
8 is a block diagram showing a signal flow of a smart device interlocking whole body exercise system equipped with a safety device,
9 is a view showing an exercise state output module of the core exercise application;
10 is a diagram showing an exercise record output module of the core exercise application;
11 is a view showing the exercise video content provided by the content providing module of the core exercise application,
12 is a diagram showing the meal diary content provided by the content providing module of the core exercise application,
Figure 13 is an overall configuration of a smart device linked systemic exercise equipment system equipped with a safety device according to an embodiment of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are assigned to the same components as much as possible, even if shown on different drawings. In addition, in describing the present invention, when it is determined that the detailed description of the related well-known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted. In addition, the following will describe a preferred embodiment of the present invention, but the technical idea of the present invention is not limited thereto and may be variously modified and modified by those skilled in the art.

1 is a perspective view showing a core exercise mechanism, FIG. 2 shows a core plate and a balance core ball, FIG. 3 shows a core exercise mechanism and a stretching cradle, and FIG. 4 shows a core exercise mechanism housed inside a safety frame. Figure 5 is a perspective view, Figure 5 is a front view of Figure 4, Figure 6 is a perspective view showing a safety frame, Figure 7 is a view showing a state in which the upper frame of the safety frame is opened, Figure 8 is a smart device equipped with a safety device 9 is a block diagram showing a signal flow of the device-linked whole body exercise system, FIG. 9 is a diagram showing an exercise state output module of the core exercise application, FIG. 10 is a diagram showing an exercise record output module of the core exercise application, and FIG. Is a view showing the exercise image content provided by the content providing module of the core exercise application, Figure 12 is a meal diary cone provided by the content providing module of the core exercise application Figure 13 is a view showing the overall configuration of the smart device linked systemic exercise equipment system equipped with a safety device according to a preferred embodiment of the present invention.

Smart device-linked whole body exercise system with a safety device according to an embodiment of the present invention, referring to Figures 1 to 13, the user motion detection sensor unit 10 including a load cell, three-axis acceleration sensor, gyro sensor Core exercise mechanism 100 including a core plate 20, a balance core ball 30, an elastic band 40, and a handle 42 including a control unit 12, a communication unit 14, and a power supply unit, It comprises a lower frame 52, the side support frame 54, the safety frame 50 including the upper frame 56, the core exercise application 200 and the exercise data server 300 is installed in a smart device.

First, the overall driving method of the smart device linked whole body exercise system system equipped with a safety device according to the present invention will be described.

8 and 13, when a user performs a core exercise using the core exercise mechanism 100, the user motion detection sensor unit 10 provided in the core plate 20 of the core exercise apparatus 100 may be used. Data related to core exercise information including body balance data, exercise time, muscle strength data, weight data, flexibility data, and the like for the exercise posture are detected and transmitted to the controller 12.

The control unit 12 having received the data on the core exercise information determines the exercise posture of the user and transmits the result to the core exercise application 200 installed in the user smart device through the communication unit 14.

The core exercise application 200 receiving the exercise information transmits the corresponding information to the exercise data server 300, and the exercise data server 300 transmits the user's exercise information to a health care institution or a core exercise expert who manages the user's health. The health care institution or core exercise specialist diagnoses the user's exercise result and transmits and stores the appropriate exercise reference and the customized exercise content suitable for the user to the exercise data server 300.

In addition, the user customized exercise content stored in the exercise data server 300 is provided to the core exercise application 200 installed in the user's smart device, so that the user can easily know the exact exercise method as well as systematically manage health. Make sure

Hereinafter, the elements constituting the core motion system fused with the information technology according to the present invention will be described in detail.

1 and 2, the core exercise mechanism 100, the handle is connected to the motion detection sensor unit 10, the core plate 20, the balance core ball 30, elastic band 40 and the elastic band ( 42).

Referring to FIG. 1, the core plate 20 of the core exercise device 100 has a predetermined area so as to be centered in a sitting or standing posture, and in the embodiment of the present invention, the core plate 20. Although shown in the shape of the circular plate of the shape of the core plate 20 is not limited to the circular shape.

Referring to FIG. 8, the core plate 20 includes a user motion detection sensor unit 10, a control unit 12, a communication unit 14, including a load cell, a 3-axis acceleration sensor, a gyro sensor, and the like, to detect the user's motion information. The power unit is provided to check the user's body center, balance and provide various exercise methods and effects according to the user's smart device.

A plurality of load cells of the motion detection sensor unit 10 are installed in various portions of the core plate 20 to measure the load of the user, including the weight and weight of the user.

 The 3-axis acceleration sensor of the motion detection sensor unit 10 is installed to measure the degree of acceleration of movement when the user balances, and the gyro sensor is installed to measure the degree of tilt and rotation when the user makes a core motion.

The control unit 12 is located inside the core plate and is a device for processing and controlling input / output signals of the entire system including sensor signal processing, communication, and output control. Various microcontrollers such as AVR, PIC, ARM, Arduino (MCU) can be used.

The control unit 12 receives the signal from the motion detection sensor unit 10 to determine the user's core exercise posture, and transmits the information on the user's exercise posture to the external smart device through the communication unit, or through the exercise data server The result is sent to the user's smart device.

The power supply unit supplies power to the core exercise mechanism 100 including a battery that can be charged by an external power source.

Meanwhile, referring to FIGS. 1 and 3, the belt inserting portion 22 is symmetrically formed at both symmetrical edges of the core plate 20, and a load cell is installed at one side of the belt inserting portion 22 so that the user is elastic. When pulling the band, the pulling force can be measured.

1 and 2, the balance core ball 30 is an elastic member installed on the lower surface of the core plate 20, and maintains the core motion while maintaining a balance in a posture where the user sits or stands on the core plate 20. When the bottom of the balance core ball 30 and the ground contacts the user's load.

In one embodiment of the present invention, the shape of the balance core ball is configured in the hemispherical form, but the shape is not limited to the hemispherical form.

The balance core ball 30 may be a tube, rubber, latex, etc., in which a working fluid including an air, a gel, or the like is introduced thereinto expand in volume.

If the balance core ball has a tube shape for injecting air, the balance core ball 30 programmatically controls the amount of air introduced therein through an air injection device such as a compressor provided outside. You can adjust the difficulty level.

That is, the difficulty of core movement can be adjusted by increasing or decreasing the ground area according to the volume change according to the expansion force of the balance core ball 30.

In one embodiment of the exercise difficulty control using the volume change of the balance core ball 30, if a large amount of air is injected into the balance core ball 30, the volume of the balance core ball 30 is increased and the balance core in contact with the ground As the ground area of the ball 30 is reduced, it becomes difficult for the user to climb the core plate 26 to maintain balance.

On the contrary, when the volume of the balance core ball 30 is reduced by injecting less air into the balance core ball 30, the user who climbs on the plate 26 while the ground area of the balance core ball 30 in contact with the ground becomes wider It becomes easier to maintain balance.

In addition, referring to FIG. 2, the balance core ball 30 is auxiliary to widen the ground area according to the volume of the balance core ball 30 to prevent the ground portion of the balance core ball 30 from sliding off the ground. The outer circumferential surface of the core ball 30 may be provided with a plurality of edges 32 protruding with a predetermined interval in the height direction.

In addition, a battery contact (not shown) connected to the power supply unit of the core plate 20 is formed at one side of the balance core ball 30 of the core exercise mechanism 100.

As shown in FIG. 1, a band of an elastic material is inserted into the belt insertion part 22 formed on the core plate 20 of the core exercise device 100, and a handle 42 is connected to the end of the elastic band 40. do.

The elastic band 40 and the handle 42 may not only perform aerobic balance core exercise for the user to balance the body using only the core plate 20 of the core exercise mechanism 100, but also of the elastic band 40. Along with the balance core movement for holding the handle 42 and balancing the body, the strength of the arms, shoulders, legs, waist, hips, etc. can be strengthened while pulling and relaxing the elastic band by holding the handle of the elastic band. Produces an effect.

In addition, when the user performs the strength exercise, the elastic band 40 compresses a load cell (not shown) installed in the belt insertion unit and transmits the compressive strength to the control unit 12 as an electrical signal. The strength of the muscle is measured and transmitted to the core exercise application 200 installed in the user's smart device.

Referring to Figure 3, the stretching cradle 60, the outer peripheral surface of the balance core ball 30 of the core exercise mechanism 100 is inserted into the inside of the stretching cradle 60 so that the balance core ball 30 can be hinged It is a device that allows the user to lean on the core plate 20, including the waist, body parts including the waist or stretch the legs.

In addition, the charging device for charging the core exercise mechanism 100 is in contact with the battery contact (not shown) formed on one side of the balance core ball 30 of the core exercise mechanism when stored without using the core exercise mechanism 100 (not shown) C) is built into the stretch holder 16 to supply power to the core exercise mechanism 100.

4 and 5, the safety frame 50 is located outside the core movement mechanism 100 so that the core movement mechanism 100 can be accommodated inside.

The safety frame 50 is difficult to balance when exercising through the user's core exercise equipment, or when falling to hold the safety frame 50 to maintain balance or prevent falling, core exercise equipment And may be provided separately or integrally.

Referring to FIG. 6, the safety frame 50 has a height direction on both side surfaces of the lower frame 52 and the lower frame 52 on which the balance core ball 30 of the core exercise mechanism 100 may be placed and placed on an upper surface thereof. It is configured to include a side support frame 54, and the upper frame 56 provided on the upper side of the side support frame 54.

In addition, the safety frame 50 may be provided with a smart device holder so that the smart device for displaying the user's core exercise state can be mounted.

Meanwhile, referring to FIGS. 6 and 7, the upper frame 56 of the safety frame includes a fixing part 56a and an opening / closing part 56b, and an end portion at which the fixing part 56a and the opening / closing part 56b is in contact with each other. Hinge coupling, the opening and closing portion 56b is hinged around the hinge pivot 57, and performs the opening and closing operation for the fixing portion 56a so that the user can enter and exit the safety frame.

6, when the user is located inside the safety frame, the opening and closing portion 56b is locked to the opening and closing portion 56b in combination with the fixing portion 56a so that the opening and closing portion 56b does not open in combination with the fixing portion 56a. Lockable device 58 is provided.

One or more tilt indicators (not shown) are provided in the upper frame 56 of the core plate 20 or the safety frame 50, and the motion detection sensor unit when the user exercising on the core plate is inclined in a predetermined direction. If information on the tilted direction is detected at 10 and transmitted to the controller 12, the controller 12 transmits a light emission signal to a tilt indicator located at the tilted direction.

8 and 9, the core exercise application 200 performs wireless communication with the core exercise apparatus 100 and outputs and displays the degree of body balance of the user transmitted from the core exercise apparatus 100 in a graphic form. In order to provide the user with information about a meal diary capable of adjusting the user's customized exercise content and diet provided by the exercise data server 300 and the user's exercise history in connection with the exercise data server 300 described below. Installed on the user's smart device.

Core exercise application 200 by linking the information about the various core exercise methods and exercise records with the user's mobile device to provide a variety of mobile content, such as SNS services and ranking services, health statistics services, customized health care content, video content Since it can be provided to the user together, the user can have more fun core exercise.

9 to 12, the core exercise application 200 is configured to include an exercise state output module, exercise record output module, content providing module.

Referring to FIG. 9, the exercise state output module outputs the balance exercise state of the user determined by the control unit 12 of the core exercise device 100 in a graphic form so that the user can maintain the balance in a correct posture and perform core exercise. Induce.

Referring to FIG. 10, the exercise record output module calls for data related to the degree of improvement of body balance through exercise record and exercise stored in the exercise data server 300 and manages the exercise history of the user, and outputs the data in graph form. To provide.

11 and 12, the content providing module is linked to the exercise data server 300, the user customized content and meal according to the user's exercise data analysis based on the user's exercise record stored in the exercise data server 300 Provide a variety of health care information, including diary information.

As the user-customized content, user-customized health care content, various exercise video content, SNS service, ranking service, health statistics service, etc. which can exchange information between the users of the core exercise device 100 may be provided.

The exercise data server 300 may be linked with a health care institution including a medical institution, a rehabilitation center, a fitness center, receives and stores the user's exercise information from the core exercise application 100, and stores the stored exercise information in a medical institution. Provide it to your health care provider or trainer.

The health care institution or the trainer analyzes and stores the user's exercise data using the transmitted exercise information, and provides the user's customized exercise content to the core exercise application 200 installed in the user's smart device.

The above description is merely illustrative of the technical idea of the present invention, and various modifications, changes, and substitutions may be made by those skilled in the art without departing from the essential characteristics of the present invention. will be. Accordingly, the embodiments disclosed in the present invention and the accompanying drawings are not intended to limit the technical spirit of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by the embodiments and the accompanying drawings. . The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

10-Motion detection sensor unit 12-Control unit
14-Communication unit 20-Core plate
30-Balance Core Ball 40-Elastic Band
42-handle 50-safety frame
52-Subframe 54-Side Support Frame
56-Upper frame 60-Stretching cradle
100-Core Exercise Device 200-Core Exercise Application
300-Exercise Data Server

Claims (3)

A core plate formed through the belt insertion portion at symmetrical positions of both edges;
At least one load cell provided to measure the exercise load according to the load action position during exercise, a three-axis acceleration sensor for measuring the degree of acceleration of movement when the user balances, and a gyro sensor for measuring the degree of inclination and rotation A motion detection sensor unit provided inside the core plate;
It is located inside the core plate, the control unit for receiving a signal from the motion detection sensor to determine the user's core exercise position, and transmits the information on the exercise position of the user to the external smart device through the communication unit;
A balance core ball provided on the bottom surface of the core plate and having elasticity to support the load of the user by contacting the bottom thereof with the ground; And
Elastic bands inserted into the belt inserts formed on the core plate and handles connected to the elastic bands
Including;
Balance core ball can control the difficulty of core motion by increasing or reducing ground area according to the volume change according to the expansion force.
Including,
A balance core ball is placed on the upper surface and includes a lower frame, a side support frame provided in the height direction on both sides of the lower frame, and an upper frame provided on the upper side of the side support frame, the core movement mechanism is located inside Accepted safety frame
Including;
The upper frame of the safety frame is composed of a fixing part and the opening and closing part, one end of the fixing part and the opening and closing part is hinged, the opening and closing part is hinged around the hinge pivoting part, and the fixing part for the user to enter and exit the safety frame. For opening and closing operations
Including,
The balance core ball is provided with a plurality of protruding parts having a predetermined interval in the height direction on the outer circumferential surface of the balance core ball to prevent the grounding portion of the balance core ball from sliding off the ground by auxiliaryly increasing the ground area according to the volume of the balance core ball. Border
Including;
When one or more upper frames of the core plate or the safety frame are provided, and the user exercising on the core plate is inclined in a predetermined direction, the motion detection sensor detects information on the inclined direction and transmits the information to the control unit. Tilt indicator that transmits light emission signal to tilt indicator located in inclined direction
Including,
Performs wireless communication with core exercise equipment and displays the graphic of the user's body balance transmitted from core exercise equipment and displays the user's body balance, and works with exercise data server. Core exercise application installed on the user's smart device to provide the user with information about the diary and the user's exercise history
Including, the safety device is equipped with a smart device interlocking whole body exercise system. delete delete

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