KR101674414B1 - multipurpose vibration health goods - Google Patents

Abstract

The present invention relates to multipurpose vibration exercising equipment including a flat plate-shaped base body (10) placed on a floor, wherein the multipurpose vibration exercising equipment includes a driving unit (not shown) embedded and a foothold frame (20) which is joined to the base body (10) to seesaw and operated to seesaw by the driving unit and where a user steps on. Vibration absorbing pads (11) preventing the transmission of the vibration to the floor and casters (12) for moving the multipurpose vibration exercising equipment are installed in a lower part of the base body (10). According to the present invention, the multipurpose vibration exercising equipment is easy to keep and able to be installed in a narrow space.

Description

[0002] Multipurpose vibration health goods [0003]

More particularly, the present invention relates to a multipurpose vibration exercise device capable of performing various exercises and capable of recognizing a change in body weight and body fat as a result of exercise, .

In general, there is a running machine or a step machine for strengthening the lower body strength. Since the user exercises by moving the foot directly or by applying the force, the strength is weak or the body does not move well. It was not a suitable fitness equipment for the users who could not do it.

Recently, there has been introduced a vibration exercise device that allows the user to exercise without moving the foot or applying force directly. Such a vibration exercise device basically includes a base which is placed on the floor, a post which is installed in the center of the base, a foot which is seamed on the post and on which the foot of the user is raised, And a handle which is extended to the upper side of the base and which is held by a user for holding by hand, wherein the driving device rotates the cam shaft of the eccentric cam and causes the cam to perform a seesaw motion do.

Such a vibrating motion mechanism causes the footboard to vibrate the muscles by rapidly seesawing the muscles when the user operates the driving device while holding the handles with both feet on the footrest. A prior art related to this is disclosed in Utility Model Registration No. 20-0381101 entitled Vibratory Exercise.

However, in the case of the vibration exercise device, since the overall size is large and heavy, it is not easy to move once it is installed, and thus it is difficult to use it when the living space is narrow.

In addition, since the exercise that can be performed is limited, there is a problem that it is not used any longer because of the demonstration.

It is an object of the present invention to provide a multipurpose vibration exercise device that can be miniaturized and lightweight and can easily be moved for storage while minimizing an installation space.

Another object of the present invention is to provide a multipurpose vibration exercise device capable of confirming a change value of a body weight and a body fat according to a motion effect from the past to the present, and capable of inducing motivation for the exercise.

It is still another object of the present invention to provide a multipurpose vibration exercise device that can perform various exercises and can be used without being tired.

In order to accomplish the above object, the present invention provides a multi-
A vibration absorbing pad (11) having a flat plate shape in which a driving unit (not shown) is incorporated and which prevents vibrations from being transmitted to the floor and does not slip, and a caster A body 10;
A pedestal frame (20) seated on the base body (10) and seesawed by the driving part, the pedestal frame (20) on which the user ascends;
A living body measurement unit 30 installed on the foot frame 20 for measuring the weight or body fat of the user when the user's bare feet are landed and generating a corresponding living body signal; And
And a display (40) installed in the base body (10) or the scaffold frame (20) for displaying the measured body weight and body fat in numbers or graphs;
An engaging groove 25 is formed at the center of the foot frame 20 for engaging the measuring body 31 of the living body measuring unit 30;
A steel piece (26) is fixed to the bottom of the engaging groove (25);
At the bottom of the measuring unit body 31, a spacing hole 37 having a first stopping protrusion 37a is formed at the edge of the inner circumference;
The separation hole 37 is formed with an escape prevention step 38 formed with a second engagement step 38a which is selectively engaged with the first engagement step 37a;
And a magnet (36) attached to the iron piece (26) is fixed to the bottom of the departure prevention end (38).
In the present invention, the bio-signal generated by the bio-condition measuring unit 30 is stored, and the change values of the body weight and / or the body fat from the past to the present are converted into numbers or graphs based on the stored bio- And outputting the same to the display (40).

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In the present invention, the sub-exercise device 70 is attached to and detached from the foot frame 20 to enable various other exercises. And a detachable fixing part (80) for selectively detachably fixing the sub exercise mechanism (70) to the foot frame (20).

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The attachment and detachment portion 80 is formed on both sides of the footrest frame 20 and includes a first detachable end 81 having a groove 81a and a second detachable end 81 having a groove 81a on both sides of the bottom of the sub- And a second detaching end (82) formed in the groove (81a) and provided with a projection (82a) interposed in the groove (81a); One of the first detaching end 81 and the second detaching end 82 is a steel piece and the other one of the first detaching end 81 and the second detaching end 82 adsorbs the iron piece Is a magnet.

According to the present invention, it is possible to miniaturize and lighten the movable body so as to be freely movable, so that it is easy to store, and the installation space can be minimized, so that it can be used in a narrow space.

Also, the change of body weight and body fat according to the exercise effect can be confirmed from the past to the present, so that the user can visually confirm his / her body change, which can induce motivation for the exercise.

By applying the sub-exercise device 70, various exercises such as upper body exercise, horse-ride exercise, and waist exercise can be performed not only in a lower body exercise but also in an action and effect.

1 is a perspective view of a multipurpose vibration exercise device according to the present invention,
FIG. 2 is a block diagram showing the configuration of the multipurpose vibration exercise mechanism of FIG. 1,
FIG. 3 is a view for explaining the installation of a floor pad and a caster on the base body of FIG. 1;
FIG. 4 is a view for explaining a combined structure of a living body measurement part and a footrest frame in the multipurpose vibration exercise device of FIG. 1;
FIG. 5 is an explanatory cross-sectional view for explaining the configuration of the living body measurement unit of FIG. 4,
Fig. 6 is a view for explaining that the multipurpose vibration exercise mechanism of Fig. 1 further includes a sub exercise mechanism; Fig.
FIG. 7 is an exploded cross-sectional view for explaining a sub-exercise device of FIG. 6 and a detachable fixing part for detachably fixing the footrest frame.

Hereinafter, a multipurpose vibration exercise device according to the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a perspective view of a multipurpose vibration exercise device according to the present invention, FIG. 2 is a block diagram of the configuration of the multipurpose vibration exercise device of FIG. 1, and FIG. 3 is a cross- Fig. 4 is a view for explaining a coupling structure of a living body measurement part and a footrest frame in the multipurpose vibration exercise device of Fig. 1. Fig.

As shown in the drawing, the multipurpose vibration exercise device according to the present invention includes a base body 10, which is placed on the floor and has a driving unit (not shown) incorporated therein; A pedestal frame (20) seated on the base body (10) and seesawed by the driving part, the pedestal frame (20) on which the user ascends; A living body measurement unit 30 installed on the base body 10 or the foot frame 20 for measuring the body weight and / or body fat of the user when the user's bare feet are landed and generating a corresponding living body signal; A display 40 installed on the base body 10 for displaying the measured body weight and / or body fat in numbers or graphs; The display 40 stores the bio-signals generated by the bio-condition measuring unit 30 and converts the change values of the body weight and / or body fat from the past to the present into numbers or graphs based on the stored bio-signals. A biometric change comparison output unit 50 for outputting biometric change comparison output 50; And a wireless transmission unit 60 for wirelessly transmitting the change in the body weight and / or the body fat.

The base body 10 has a generally flat plate shape. 3, a vibration absorbing pad 11 is provided on the lower side of the base body 10 to prevent vibration from being transmitted to the floor and to prevent the vibration from being transmitted to the floor. On one side of the base body 10, Respectively.

The foot frame 20 is seamed to a post (not shown) on the center side of the base body 10, so that the foot frame 20 performs a quick seesaw motion by the driving part built in the base body 10. At this time, a pad made of a rubber material is attached to the upper surface of the foot frame 20 so as to prevent the feet that are seated from sliding, and a rectangular shape is provided so that the user can spread the feet from a narrow space to a wide space.

As shown in FIG. 4, an engaging groove 25, to which the living body measurement part 30 is coupled, is formed at the center side of the foot frame 20 to open upward. At this time, the bottom of the coupling groove 25 is made of a flat metal, and the iron piece 26 to be attracted by a magnet provided on the living state measuring unit, which will be described later, is fixed to the center.

The living condition measurement unit 30 is installed on the footrest frame 20 to seat the user's feet and measures the body weight and / or body fat of the user to generate a corresponding living body signal. Explain.

The display 40 displays numbers and / or graphs of the user's body weight and / or body fat measured by the living body measurement unit 30, and is illustrated as being installed in the foot frame 20 in this embodiment. The display 40 may be an LCD panel so as to display various numbers and graphs.

The biometric change comparison output unit 50 continuously stores the biometric signal generated by the biometric state measurement unit 30 and compares the change values of the body weight and / or the body fat from the past to the present based on the stored biometric signal And then output through the display 40. Since all the processes from the past to the present are shown through the display 40, the user can specifically confirm the exercise effect experienced by the user, for example, reduction in body weight or reduction in body fat.

The radio transmission unit 60 wirelessly transmits the change value of the body weight and / or the body fat output from the biometric change comparison output unit 50 to a smart phone (not shown) of the user. The wirelessly transmitted data is processed by an application pre-installed on each user's smartphone, and used as basic data for providing a user with a meal or providing exercise time and method.

5 is an explanatory cross-sectional view for explaining the configuration of the living body measurement unit of FIG.

As shown in the figure, the living body measurement unit 30 includes a measurement body 31 interposed in the coupling groove 25, and a living body mounted on the upper surface of the measurement body 31, And a weight sensor 33 provided on the measuring unit body 31 and measuring a user's weight applied to the measuring unit body 31. [

The front end 32 includes a first electrode 32a and a second electrode 32b 'on which a front bottom and a rear bottom of a user's right foot are seated and a second electrode 32a' and 32b ' . A minute current is applied to the first electrodes 32a and 32b and the second electrodes 32a 'and 32b' to measure the living body impedance.

The weight sensor 33 is fixed by interposing a sensor groove 31a formed on the edge side of the measuring unit body 31. [ The weight sensor 33 is pressed by the bottom of the coupling groove 25 when the user hits the measuring unit body 31, thereby measuring the user's body weight.

The sensor groove 31a may be provided with a weight dispersion protrusion 34 for dispersing the weight of the weight on the entire surface of the weight sensor 33 when the user moves up the measurement unit body 31. [ The body weight dispersing projection 34 is made of a material that is softer than the weight sensor 33 and partially protrudes downward from the bottom surface of the measuring unit body 31 in a state where it is sandwiched by the sensor groove 31a. The pressing force applied by the bottom of the engaging groove 25 is dispersed to the entire surface of the weight sensor 33 through the weight dispersing projections 34 when the user hits the measuring unit body 31. Therefore, It is possible to reduce the possibility that the pressing force is concentrated on the measuring portion of the weight sensor 33 and the weight sensor 33 is damaged.

The living body measurement unit 30 is attached to the bottom of the living body measurement unit 30 and precisely the measurement body 31 to prevent the living body measurement unit 30 from being detached from the coupling groove 25 in a state of being coupled to the coupling groove 25. [ A magnet 36 attracted to the iron piece 26 provided in the engaging groove 25 is provided. Due to the attracting force for attracting the living body measuring part 30 from the magnet 36 and the weight of the living body measuring part 30 itself, the living body measuring part 30 is in a state of being coupled to the engaging groove 25 So that the living body measurement unit 30 is not separated from the coupling groove 25 even while the footrest frame 20 is vibrating.

The body 31 of the measuring unit 31 is slightly moved downward so that the body weight of the user can be transmitted to the body weight dispersing projection 34 and the weight sensor 33 while the magnet 36 is attached to the iron piece 26. [ Should be possible.

A spacing hole 37 having a first stopping protrusion 37a is formed at the inner circumferential edge of the bottom of the measuring unit body 31 and a second stopping protrusion 37a The escape prevention end 38 in which the second securing step 38a is formed is inserted and the magnet 36 is fixed to the bottom of the escape prevention end 38. [ Thus, since the separation preventing end 38 can be slightly moved without being separated from the separation hole 27, when the magnet 36 on the bottom of the separation preventing end 38 is attached to the iron piece 26, The body 31 is not separated from the coupling groove 25 and can be slightly moved downward. Thus, in a state in which the magnet 36 is attached to the iron piece 26, the living body measurement unit 30 can measure the weight of the user.

When the user puts the bare feet on the first electrodes 32a and 32b and the second electrodes 32b 'and 32b' of the electrode terminal 32 by the structure of the living body state measuring unit 30, The living body impedance is measured by the minute currents applied to the first electrodes 32a and 32b and the second electrodes 32a 'and 32b', thereby generating a living body signal corresponding to body weight and / or body fat.

For reference, muscles contain a lot of water, so they easily run electricity, while body fat is low in electricity and does not work well. Therefore, accurate body fat can be measured through the bioimpedance measured at the extremity end 32 and mutual data of sex, height, and age, and furthermore, body water, muscle percentage, and bone mass can be measured simultaneously.

FIG. 6 is a view for explaining that the multipurpose vibration exercise device of FIG. 1 further includes a sub exercise device, and FIG. 7 is a view for explaining a sub exercise device of FIG. 6 and a detachment / Fig.

The multipurpose vibration exercise device of the present invention includes a sub exercise device (70) for attaching to and detaching from a foot frame (20) and enabling various other exercises; And a detachable fixing part (80) for selectively detachably fixing the sub exercise device (70) to the footrest frame (20).

The sub exercise device 70 allows the user to exercise not only the lower body but also the upper body and the back, and the embodiment is exemplified in the form of a horse riding exercise in the present embodiment. The sub exercise mechanism 70 includes a main body 71 for supporting the user's upper body and a support base 72 for supporting the main body 71.

The attachment / detachment fixing portion 80 is formed on both sides of the footrest frame 20 and includes a first detachable end 81 having a groove 81a and a second detachable end 81 fixed to the bottom of the sub exercise mechanism 70, And a second detaching end 82 formed at both ends of the groove 81a and formed with protrusions 82a which are engaged with the groove 81a. At this time, any one of the first detaching end 81 and the second detaching end 82 is a steel piece, and the other one of the first detaching end 81 and the second detaching end 82 adsorbs the iron piece It becomes a magnet. In this embodiment, the first detaching end 81 is a magnet and the second detaching end 82 is a steel piece.

When the support base 72 of the sub-exercise device 70 is placed on the foot frame 20 by the structure of the attachment / detachment fixing portion 80, the second attachment / detachment end 82 provided on the support base 72 The protrusions 82a are engaged with the grooves 81a of the first detaching end 81 provided on the foot frame 20 so that the first detaching end 81 and the second detaching end 82 are mutually coupled The first and second attachment / detachment ends 81 and 82 remain attached and further the first and second attachment / detachment ends 81 and 81 are fixed by the weight of the sub exercise device 70 itself ) 82 will remain in a more coupled state. Accordingly, the sub-exercise device 30 is not separated from the foot frame 20 even while the foot frame 20 vibrates.

With the above structure, the user can move the foot directly or with no force by the vibration (seesaw) of the foot frame 20 in the state that the user is standing on the foot frame 20.

In addition, the user can go to the living state measurement unit 30 to measure his or her body weight and / or body fat from time to time, and the measured body weight and / or body fat data are displayed on the display 40 by the living body change comparison output unit 50 So that the user can check his / her exercise effect from the past to the present.

In addition, the user can place the sub exercise device 70 on the foot frame 20 and perform various exercises such as upper body, waist, horse riding exercise using the sub exercise device 70.

As described above, according to the present invention, it is possible to miniaturize and lighten the movable body so as to be freely movable, thereby facilitating storage, minimizing the installation space, and being usable in a narrow space.

Also, the change of body weight and body fat according to the exercise effect can be confirmed from the past to the present, so that the user can visually confirm his / her body change, which can induce motivation for the exercise.

By applying the sub exercise device 70, various exercises such as upper body exercise, horse-riding exercise, and waist exercise can be performed as well as merely lower body exercise, so that it is not tired.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims.

10 ... base body 11 ... vibration absorbing pad
12 ... Casters 20 ... Scaffolding frame
25 ... engaging groove 26 ... steel
30 ... biological condition measuring part 31 ... measuring part body
31a ... sensor groove 32 ... front extremity
33 ... weight sensor 34 ... weight dispersion projection
36 ... magnet 37 ... spacing hole
37a ... first stopping jaw 38 ... departure preventing end
38a ... second hanging chin 40 ... display
50 ... Biometric change comparison output unit 60 ... Radio transmission unit
70 ... sub-exercise device 71 ... main body
72 ... support base 80 ... detachment fixing portion
81 ... first detaching end 81a ... home
82 ... second detaching end 82a ... protrusion

Claims (7)

A vibration absorbing pad (11) having a flat plate shape in which a driving unit (not shown) is incorporated and which prevents vibrations from being transmitted to the floor and does not slip, and a caster A body 10;
A pedestal frame (20) seated on the base body (10) and seesawed by the driving part, the pedestal frame (20) on which the user ascends;
A living body measurement unit 30 installed on the foot frame 20 for measuring the weight or body fat of the user when the user's bare feet are landed and generating a corresponding living body signal; And
And a display (40) installed in the base body (10) or the scaffold frame (20) for displaying the measured body weight and body fat in numbers or graphs;
An engaging groove 25 is formed at the center of the foot frame 20 for engaging the measuring body 31 of the living body measuring unit 30;
A steel piece (26) is fixed to the bottom of the engaging groove (25);
At the bottom of the measuring unit body 31, a spacing hole 37 having a first stopping protrusion 37a is formed at the edge of the inner circumference;
The separation hole 37 is formed with an escape prevention step 38 formed with a second engagement step 38a which is selectively engaged with the first engagement step 37a;
And a magnet (36) attached to the iron piece (26) is fixed to the bottom of the departure prevention end (38). delete The method according to claim 1,
Stores the bio-signals generated by the bio-condition measuring unit (30), converts the change values of body weight and body fat from the past to the present into numbers or graphs based on the stored bio-signals, Further comprising a biometric change comparison output unit (50) for outputting the biometric change comparison output (50). delete delete The method according to claim 1,
A sub-exercise device 70 attached to and detached from the foot frame 20 to enable various other exercises; Further comprising a detachable fixing part (80) for selectively detachably fixing the sub exercise mechanism (70) to the foot frame (20). 7. The apparatus according to claim 6, wherein the detachable fixing part (80)
A first detachable end 81 formed at both sides of the foot frame 20 and having a groove 81a and a projection 82a formed at both ends of the bottom of the sub motion mechanism 70 and interposed in the groove 81a And a second detachment end (82) formed with the second detachment end (82);
One of the first detaching end 81 and the second detaching end 82 is a steel piece and the other one of the first detaching end 81 and the second detaching end 82 adsorbs the iron piece Wherein the magnet is a magnet that vibrates the magnet.

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