KR200345183Y1 - Acupressure aids. - Google Patents

Abstract

The present invention relates to acupressure assisting mechanism, the handle is formed integrally with two support protrusions (first support protrusion. The first circular rotating body and the second circular rotating body are formed to be rotatable, and the circular rotating body (first circular rotating body and the second circular rotating body) is held in contact with the skin by holding the handle formed at the end of the case. Rolling back and forth relates to acupressure assisting mechanism formed so that the first circular rotational body and the second circular rotational body is rotated while the left and right intervals are variable to effectively function the pressure of the arm or leg.

The conventional acupressure assisting device having a circular rotating body is formed so that the edge of the circular rotating body can press the skin because the rotating body is fixed at a predetermined position of the support shaft, or by vibrating mechanism by a motor. Forming only the function of hitting the skin is formed only by inducing the position of the rotating body or the vibrating ball to be variable, thereby the compression function of the skin by the interaction of the interval can not be achieved.

Therefore, the present invention is formed in the support protrusion (first support protrusion, the second support protrusion) formed to face each other on one side of the inner peripheral edge of the case in which the predetermined inner peripheral grooves are formed in the form of a sawtooth edge of the edge is circular in the center Rotating body support (first circular rotating body support, second circular rotating body support) is formed, respectively, the first circular rotating body clearance support shaft edge is formed to be inserted into the inner circumference of the second circular rotating body clearance support shaft On the support protrusion (first support protrusion, second support protrusion) of the case is characterized in that the first circular rotor and the second circular rotor is formed to rotate.

Therefore, when the first circular rotor and the second circular rotor are brought into contact with the skin and rolled back and forth while holding the handle formed at the end of the case, the first circular rotor and the second circular rotor are supported by the case (first protrusion). The support protrusion, which rotates while the position is changed from side to side on the second support protrusion), has a feature that a sawtooth formed on the outer circumferential edges of the first and second circular rotors repeatedly presses the skin continuously. .

In addition, when the circular rotating body (first circular rotating body, second circular rotating body) is rolled back and forth in contact with the skin while holding the handle formed at the end of the case, the first circular rotating body and the second circular rotating body are It is rotated while varying the interval from side to side, and the skin is sandwiched between the first circular rotor and the second circular rotor, thereby compressing the skin on both sides by the interval between the first circular rotor and the second circular rotor. There is a characteristic that can be realized.

Description

Acupressure Aids. {Omitted}

The present invention relates to acupressure aids, the handle 82 is formed on the edge and two support protrusions formed on one side of the inner circumference of the case formed integrally with the support shaft to face each other (first support protrusion. The sawtooth is formed at the edge of a toothed wheel with an edge and a circular rotor support (first circular rotor support and second circular rotor support) is formed at the center, respectively, and the first circular rotor clearance support shaft edge is formed. Is formed to be inserted into the inner circumference of the second cylindrical rotor clearance support shaft is formed so that the first circular rotor and the second circular rotor on the support projection (first support projection, second support projection) of the case can rotate There is a characteristic.

Accordingly, when the first circular rotor and the second circular rotor are brought into contact with the skin and rolled back and forth while holding the handle of the case, the first circular rotor and the second circular rotor are supported by the case (first supporting protrusion. Since the position is rotated on the left and right sides of the two support protrusions), the sawtooth acid formed on the outer circumferential edges of the first circular rotor and the second circular rotor may press the skin continuously and repeatedly.

In addition, when the circular rotating body (first circular rotating body, second circular rotating body) is rolled back and forth in contact with the skin while holding the handle formed at the end of the case, the first circular rotating body and the second circular rotating body are It is rotated while varying the interval from side to side, and the skin is sandwiched between the first circular rotor and the second circular rotor, thereby compressing the skin on both sides by the interval between the first circular rotor and the second circular rotor. There is a characteristic that can be realized.

The conventional acupressure assisting device having a circular rotating body is formed so that the edge of the circular rotating body can press the skin because the rotating body is fixed at a predetermined position of the support shaft, or by vibrating mechanism by a motor. Forming only the function of hitting the skin is formed only the position of the rotating body or the vibrating ball is changed by the interaction of the spacing according to the interaction of the skin can not be achieved.

Therefore, while performing the function of pressing the skin and at the same time forming a plurality of rotating bodies or vibrating induces the variable rotation of the rotating body or vibrating sphere for the acupressure can be achieved by the side pressure function of the skin by the interaction of the spacing accordingly The design of assistive devices has been required.

In response to such a demand, in the present invention, a handle is formed at the edge and the two support protrusions (first support protrusion and second support protrusion) are formed at one side of the inner circumference of the case in which the support shafts are integrally formed to face each other. A gear wheel-shaped sawtooth mountain is formed, and a circular rotating body support (first circular rotating body support and a second circular rotating body supporting body) is formed in the center, respectively, and the first circular rotating body clearance supporting shaft edge is formed in the second circular shape. It is formed to be inserted into the inner periphery of the rotating body support shaft so that the first circular rotor and the second circular rotor can rotate on the support protrusion (first support protrusion, second support protrusion) of the case, When holding the handle and rolling the first circular rotor and the second circular rotor back and forth in contact with the skin, the first circular rotor and the second circular rotor are the support protrusions of the case (first support protrusion, second support protrusion). On The position is changed from side to side to rotate so that the saw tooth formed on the outer circumferential edges of the first circular rotor and the second circular rotor is configured to continuously press the skin repeatedly, and the first circular rotor and the second circular rotor are realized. When the circular rotating body contacts the skin and rolls back and forth, the distance between the first circular rotating body and the second circular rotating body is widened, and the skin is sandwiched between the first circular rotating body and the second circular rotating body so that the skin is both sides. The purpose of the present invention can be achieved because it is possible to realize the effect of pressing at the same time.

1 is a perspective view of the present invention.

Figure 2 is an exploded perspective view showing the configuration of the present invention.

Figure 3 is a sectional view of the main part showing the configuration of the present invention.

Figure 4 is a state of use of the present invention.

※ Explanation of codes for main parts of drawing

10, first circular rotating body.

10-1, first circular rotor support.

20, second circular rotating body.

20-1, 2nd circular rotor support.

30, the first circular rotor clearance support shaft.

30-1, second circular rotor clearance support shaft.

40, first support projection.

40-1, second support protrusion.

50, edge of the first circular rotor play support shaft.

50-1, 2nd circular rotor clearance support shaft edge.

60, sawtooth.

60-1, sawtooth.

80, 80-1 cases ..

82, handle

100, skin.

On the two support protrusions (the first support protrusion 40 and the second support protrusion 46-1) formed at one side of the inner circumference of the case in which the handle 82 is formed at the edge and the support shaft is integrally formed so as to face each other. A toothed tooth (60, 60-1) is formed at the edge and the inner circumference passes through the first circular rotor support (10-1) and the second circular rotor support (20-1) in the center The first circular rotary body clearance support shaft 30 and the second circular rotary body clearance support shaft 30-1 through which the inner circumference is opposed to each other, and form the first circular rotary body clearance support shaft edge 50. The first circular rotating body 10 and the second circular shape are formed to be guided along the inner circumference of the second circular rotating body clearance supporting shaft 30-1 from the second circular rotating body clearance supporting shaft edge 50-1. The rotating body 20 is formed on the first support protrusion 40 and the second support protrusion 40-1 of the cases 80 and 80-1 by the first circular rotor 10 and the second circular rotor 20. If the interval is variable Is characterized in that is formed can be rotated.

Therefore, when the case 80, 80-1 is held by hand and the first circular rotor 10 and the second circular rotor 20 are brought into contact with the skin and rolled back and forth, the first circular rotor 10 and the first cylinder are rotated. Since the two circular rotating body 20 is rotated while the position is changed from side to side on the first supporting protrusion 40 and the second supporting protrusion 40-1 of the case (80, 80-1), the first circular rotating body (10) ) And the saw tooth (60, 60-1) formed on the outer peripheral edge of the second circular rotating body (20) has a feature that the function to press the skin repeatedly repeatedly.

In addition, when the handle 82 is held by hand and the first circular rotating body 10 and the second circular rotating body 20 are brought into contact with the skin and rolled back and forth, the skin is first circular rotating body 10 and the second circular shape. It is characterized in that it is sandwiched between the rotating bodies 20 so as to realize the effect of pressing the side surface of the skin by the distance between the first circular rotating body 10 and the second circular rotating body 20.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention in more detail as follows.

1 is a perspective view of the present invention,

Figure 2 is an exploded perspective view showing the configuration of the present invention,

3 is a sectional view showing the main parts of the present invention.

4 is a state diagram used in the present invention.

As shown in Figure 1, the present invention is formed in the inner peripheral edge of the case (80, 80-1) is formed integrally with the handle 82 on the edge of the toothed teeth (60, 60-1) is formed The first circular rotating body 10 and the second circular rotating body 20 are left and right positioned on the inner circumferential first supporting protrusion 40 and the second supporting protrusion 40-1 of the cases 80 and 80-1. Since it rotates while being variable as the sawtooth 60, 60-1 formed on the outer circumferential edge of the first circular rotor 10 and the second circular rotor 20, the function of repeatedly pressing the skin can be realized. The first circular rotary body 10 and the second circular rotary body 10 and the second circular rotary body 10 and the second circular rotary body 20 in contact with the skin while being pushed while being pressed in contact with the skin. Since the circular rotating body 20 rotates while the intervals between the inner peripheral edges of the cases 80 and 80-1 are variable, the circular rotating body 20 is formed at the outer peripheral edges of the first circular rotating body 10 and the second circular rotating body 20. Sawtooth 60, 60-1 presses the skin, and the skin is sandwiched between the first circular rotor 10 and the second circular rotor 20, so that the first circular rotor 10 ) And the pressure of the skin by the interval between the second circular rotating body 20 is formed to be implemented at the same time.

As shown in Figure 2, the handle (82) is formed on the edge and the case (80, 80 formed integrally with the support protrusion (the first support protrusion 40. The second support protrusion 40-1)) The first circular rotary body clearance support shaft 30 and the inner circumference penetrating are formed at the inner circumferential edge of -1) and the gear wheels 60 and 60-1 having the gears of the edges and the inner circumference penetrating the center are penetrated. The second circular rotor play support shaft 30-1 is derived from the second circular rotor play support shaft edge 50-1 by the second circular rotor play support edge 50. The first circular protrusion 10 and the second circular rotary body 20 formed to be inserted into and removed from the inner circumference of the support shaft 30-1 are formed with the first support protrusions 40 and the first of the cases 80 and 80-1. The first circular rotating body 10 and the second circular rotating body 20 on the second support protrusion 40-1 are formed to rotate while varying the interval.

Therefore, as shown in FIG. 3, the first support protrusions 40 and the second support protrusions 40-1 having a predetermined length are formed to face each other on one side of the inner circumference of the cases 80 and 80-1. Diameters of the first support protrusion 40 and the second support protrusion 40-1 are smoothly inserted into the first circular rotor support 10-1 and the second circular rotor support 20-1. It may be desirable to form the first circular rotating body 10 and the second circular rotating body 20 so as not to disturb the rotation of the inner circumference of the case (80, 80-1).

In addition, the diameter of the outer circumferential edge of the first circular rotary body clearance support shaft 50 is derived from the second circular rotary body clearance support shaft edge 50-1, so that the second circular rotary body clearance support shaft 30-1 has a diameter. The first circular rotor 10 and the second circular rotor 20 are formed to have a predetermined length smaller than the inner peripheral diameter of the second cylindrical rotor clearance support shaft 30-1 so as to be inserted into the inner peripheral of the case. It would be desirable to form them without disturbing rotation at the inner periphery of (80, 80-1).

At this time, the material of the case (80, 80-1) will be preferable to use a material capable of elasticity.

As shown in FIG. 4, by holding the handle 82 formed at the ends of the cases 80 and 80-1, the first circular rotating body 10 and the second circular rotating body 20 are pressed against the skin 100. Since the first circular rotor 10 and the second circular rotor 20 rotate while varying the interval between the inner circumference of the case (80, 80-1) when pushed while giving the first circular rotor (10) And the sawtooth 60, 60-1 formed on the outer circumferential edge of the second circular rotating body 20 presses the skin 100, and the skin 100 is formed of the first circular rotating body 10 and the first circular rotating body 10. Interposed between the two circular rotating body 20 is formed to effectively implement the side pressure of the skin 100 by the interval between the first circular rotating body 10 and the second circular rotating body (20).

According to the present invention, when the first circular rotor and the second circular rotor are pressed while touching the skin by touching the case, the first circular rotor and the second circular rotor are separated from each other in the inner circumference of the case. As it rotates in a variable manner, the sawtooth acid formed on the outer circumferential edges of the first and second circular rotors presses the skin and the skin is sandwiched between the first and second circular rotors. It creates an effect that can simultaneously realize the lateral compression of the skin by the variable interval of the rotating body and the second circular rotating body.

Claims (3)

In the acupressure assisting mechanism, support protrusions (first support protrusions 40 and second support protrusions 40-1) are formed to face the inner circumferences of the cases 80 and 80-1, and the handles (at the edges) are formed. A circular rotating body (the first circular rotating body 10 and the second circular rotating body 20) is rotatably formed on the inner circumference of the casings 80 and 80-1 in which 82 is integrally formed, and thus the case 80 , The first circular rotating body (10) and the first circular rotating body (10) and the second circular rotating body (20) in contact with the skin 100 by pressing while pushing the first circular rotating body ( 10) and the second circular rotating body 20 rotates around the inner circumference of the case (80, 80-1), so that the outer peripheral edges of the first circular rotating body 10 and the second circular rotating body 20 is the skin ( The function of pressing 100 and the skin 100 are sandwiched between the first circular rotating body 10 and the second circular rotating body 20, so that the first circular rotating body 10 and the second circular rotating body 20 are pressed. Side pressure effect of the skin 100 by the interval of Aids for pressure, characterized in that formed can be According to claim 1, the case (80, 80-1) is a handle 82 is integrally formed at the edge, the first support protrusion 40 and the second support protrusion 40 of a predetermined length on one side of the inner circumference -1) are formed to face each other, so that the first support protrusion 40 and the second support protrusion 40-1 are provided with the first circular rotating body support 10-1 and the second circular rotating body support 20-. Acupressure formed by means to be inserted in 1), characterized in that the first circular rotary body 10 and the second circular rotary body 20 is formed to be rotated on the inner periphery of the case (80, 80-1) Aids for The method of claim 1, wherein the circular rotating body (the first circular rotating body 10. The second circular rotating body 20) is formed with toothed teeth 60, 60-1 in the form of cogs. The first circular rotor clearance support shaft edge 50 is the second circular rotor clearance support shaft as a means by which the circular rotor clearance support shaft 30 and the second circular rotor clearance support shaft 30-1 interlock with each other. It is guided to the inner circumference of the second circular rotating body clearance support shaft 30-1 from the edge 50-1, and is formed to be inserted and inserted, and the first circular rotating body 10 and the second circular rotating body 20 are casings. (80, 80-1) rotates while varying the interval between the first support protrusion 40 and the second support protrusion 40-1, so the effect of pressing the skin and sawtooth 60 and sawtooth 60-1 The skin is sandwiched between and formed so as to simultaneously realize the effect of pressing the skin from the side, the diameter of the first circular rotary body clearance support shaft edge 50 of the second circular rotary body clearance support shaft edge Is inserted into the inner periphery of the 50-1 pressure auxiliary mechanism, characterized in that is formed can be rotated in the periphery of the housing (80, 80-1)