KR100215497B1 - Vibration type relaxing device - Google Patents

Abstract

The present invention relates to an oscillating lower limb relaxation device, and in particular, the diaphragm relaxes the diaphragm by vibrating the breath staying in the chest so that the lower limb can be transferred to the lower limb. It is about.

The present invention selects a plurality of vibration generators that periodically generate physical vibration, a speed control switch for controlling the vibration speed of the vibration generator in multiple stages, and the number of the vibration generators to be operated to determine the vibration strength of the vibration generator. It consists of a strength control switch for adjusting in multiple stages, and wearing means for wearing the vibration generator in the front of the lower part of the body, the high speed of the vibration speed by the adjustment of the speed control switch while wearing the vibration generator before the lower end At low speed, it is characterized by operating by setting the vibration intensity from the strength of the weak by the intensity control switch.

Description

Vibratory Lower Front Relaxer

The present invention relates to an oscillating lower limb relaxation device, and in particular, the diaphragm relaxes the diaphragm by vibrating the breath staying in the chest so that the lower limb can be transferred to the lower limb. It is about.

In everyday life, people who sit for long periods of time, work, drive, or pay a lot of attention to the job are almost inactive. Therefore, if you do not move your body for a long time like this, the muscles of the body are tense and breathing is not delivered to the lower end, that is, the sea blood (氣 海 血) is delivered only to the chest.

In other words, most people are stiff breathing, during the breathing oxygen is not delivered until the lower end of the breathing air pressure collected in the chest is reminded of the shoulders, neck, head, etc. feels stiff. As a result, the length of the breath is shorter and the flow becomes faster, thereby expanding the chest (thoracic) muscles, thereby feeling pain in the chest.

In addition, when the volume of breathing is small, enough corals are not supplied to each part of the body, and the head is not always clear, and the head feels stiff. Especially in patients with timidity, depression, and tantrum, the chest is stuffy and the flow of breathing is irregular, preventing mental concentration.

Here, the lower ante breathing (hereinafter referred to as unipolar breathing) is a breath that exhales in a region of 4 to 5 cm below the navel, and in order to breathe, it is required to move the diaphragm naturally. However, as mentioned above, the reason why most people are not able to breathe is because the diaphragm and the shoulder and the stomach are hardened and the diaphragm is not relaxed.

This is a breathing technique that is used by martial arts artists who polish their swords or stamina to strengthen their internal and external strengths, to strengthen their physical strength, or when the ancient ancestors and beasts of mental training need mental concentration. It was.

These experiences have been proven to be effective in relieving stress and geriatric diseases, preventing and treating modern humans in modern times, and showing excellent effects on mental concentration of athletes and examinees. Is an undeniable fact.

However, the general public is not able to reach the stage of short-circuit breathing from the beginning, and can only perform such short-circuit breathing in suffocation breathing only after a certain period of time, for example, about 1 year per day for about 2 years. It is revealed by statistics.

Conventionally, Danjeon breathing exercise equipment for assisting such danjeon breathing is disclosed in Utility Model Publication No. 93-3048. The above-mentioned exercise equipment is sitting on the bandage of the exercise equipment, put the legs on the support, put the feet together and put both knees sideways together to repeat the movement of the lower body to stimulate the fractures and leg muscles In particular, while exercising, it helps the body and mind to be correct by performing tandem breathing, which is a unique method of training Qiong.

By the way, the jeonjeonjeok exercise equipment has been shown to be able to help only strengthen the lower body and abdominal muscles without significantly contributing to the shortening of the period to reach jeonjeonbeop.

On the other hand, Korean Utility Model Publication No. 96-476 has a structure in which a single vibration generator composed of an unbalanced cam and an electric motor is built into the belt buckle, and when the vibration generator is operated, the buckle portion vibrates and the body is disconnected. Disclosed is a danjeon massage belt that can be transmitted to the vibration energy.

The danjeon massage belt does not have any configuration (function) to adjust any vibration sensitivity (energy) and / or vibration speed (cycle), so simply massage the danjeon with the vibration strength according to the fixed vibration speed is important to the human body By relaxing one of the menstrual blood can only serve to improve the flow of blood was not smooth.

However, when busy modern people, especially salarymen, try to train short-circuit breathing using commute times of about 30 minutes to 1 hour, it is not possible to massage the short-circuit with the vibration intensity according to the fixed vibration speed as described above. Weakness of the diaphragm may not be sufficient to release the tensioned diaphragm quickly or sufficiently, or if the vibration is strong, it may not be possible to achieve short-circulation and mental concentration. .

Therefore, the present invention has been made in view of the problems of the prior art, the purpose of which is to assist the mental concentration by applying the vibration force applied to the front end area periodically by adjusting the vibration intensity and vibration speed at the same time diaphragm It is to provide an oscillating lower limb relaxation device that can help to convert thorax breathing into lower limb breathing by relaxing.

1 is a perspective view of a vibrating bottom electric relaxation device according to the present invention,

2 is an electronic schematic block diagram of the apparatus of the present invention shown in FIG.

3 is a schematic configuration diagram showing the operating principle of the vibration generator that can be employed in Figure 2,

4 (a) and (b) are a front view and a side view of a vibration generator employable in FIG. 2,

5 (a) to (c) is an embodiment showing a belt connecting structure in FIG.

6 (a) and 6 (b) show an embodiment of a power supply device for the inventive device of FIG. 1,

Figure 7 is a front view showing an example of wearing a vibrating bottom electric relaxation device of the present invention before the lower end.

Explanation of symbols for main parts of the drawings

1: speed control switch 1A-1C: speed control circuit

3: intensity control switch Vcc1-Vcc3: 1st-3rd driving power supply

5: vibration generator 7: battery storage

8: diaphragm 9: band

9A: Buckle type coupling device 9B: Magic tape

9C: Band Fixing Device 11: Shaft

13: gear 15: small gear

17: large gear 17A: shaft

17B: Cam 19: PCB

21: arm 23: hinge fixing portion

25: adapter 25A: transformer

25B: bridge diode 25C: smoothing capacitor

25D: Rechargeable Battery 27: Cigar Jack

31,31A-31C: Drive motor 33: Unbalanced weight

In order to achieve the above object, the present invention is a lower end relaxation device having a built-in vibration generator, a plurality of vibration generators for periodically generating physical vibration, and speed control for adjusting the vibration speed of the vibration generator in multiple stages It consists of a switch, a strength control switch for adjusting the vibration strength of the vibration generator in a multi-stage by selecting the number of the vibration generator to operate, and wearing means for wearing the vibration generator on the front of the lower part of the body, the vibration In the state that the generator is worn before the lower end of the oscillation speed from the high speed to the low speed by the control of the speed control switch, the vibration control by the strength control switch to set the vibration strength from the strong to provide a vibration lower end electric relaxation device, characterized in that for operating. do.

In addition, the vibration generator further includes any one of a vehicle cigar jack and an adapter for converting commercial power into driving power as a power supply device.

As described above, in the present invention, a vibration lower end relaxation device that can adjust the vibration speed and the vibration intensity of the vibration generator that generates the periodic vibration step by step before the lower end of the vibration speed from high speed to low speed, the strength of vibration strength By practicing the abdominal breathing while adjusting the vibration generator with the drug from to can be shortened to about a quarter to reach a state capable of short-circulation compared to the conventional.

EXAMPLE

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

1 is a perspective view of a vibrating bottom electric relaxation device according to the present invention, FIG. 2 is an electronic schematic block diagram of the device of the present invention shown in FIG. 1, and FIG. 3 is an operating principle of a vibration generator employable in FIG. 4 (a) and (b) are front and side views of a vibration generator that can be employed in FIG. 2, and FIGS. 5 (a) to (c) show a belt connection structure in FIG. 6 (a) and (b) is an embodiment showing a power supply for the apparatus of the present invention of Figure 1, Figure 7 is a front view showing an example of wearing a vibrating bottom electric relaxation device of the present invention before the lower end.

First, referring to FIG. 1, the vibration lower end relaxation device of the present invention has a speed control switch 1 for adjusting a vibration speed, and an intensity control switch 3 for adjusting the intensity of vibration disposed above the vibration generator 5. One side of the vibration generator 5 is provided with a battery accommodating portion 7 for power supply.

In addition, both sides of the vibration generator 5 is connected to the band (9) made of a rubber material having elasticity to maintain the posture by wearing the device on the front lower portion of the body as shown in FIG.

Furthermore, the structure for wearing the vibration generator 5 more conveniently is one end of the band 9 and one side of the vibration generator 5 as shown in (a) of FIG. 5 in addition to the rubber band 9 described above. Has a buckle type coupling device (9A) structure composed of a hook and a hook receiving portion therebetween, or has a coupling structure of the magic tape (9B) at both ends of the band as shown in (b) of FIG. It may have a band fixing device (9C) structure having a plurality of length adjusting holes formed at one end of both ends) and a coupling ring or buckle at the other end.

In addition, in the example shown in FIG. 5A, the magic tape 9B may be provided in the middle of the band 9. As described above, the band coupling structure in the present invention can be any structure as long as the structure can be easily adjusted according to the wearer's body.

On the other hand, the vibration generator 5 uses three drive motors M1-M3 (31A-31C) as the vibration generating source as shown in FIG. In the three drive motors 31A-31C, for example, three batteries each form three drive power sources (Vcc1-Vcc3), so that the intensity control switch 3 connected to the three drive power sources (Vcc1-Vcc3) is one to three steps. The number of driving motors 31A-31C to be operated is determined by setting to.

That is, when the intensity control switch 3 is set in the first stage, only the first driving power supply Vcc1 is supplied to the first drive motor 31A, and when the intensity control switch 3 is set in the second stage, the first and second The driving power sources Vcc1 and Vcc2 are supplied to the first driving motor 31A and the second driving motor 31B, respectively, and when the intensity control switch 3 is set in three stages, the first to third driving power sources Vcc1-. Vcc3) is supplied to the first drive motors 31A to 31C, respectively, so that all of the three drive motors 31A to 31C are operated. That is, in the present invention, the intensity of vibration is adjusted by adjusting the number of driving motors operated.

In addition, three speed control circuits 1A-1C for controlling the vibration speed of the vibration generator 5 by adjusting the rotational speed of the motor between the three outputs of the intensity control switch 3 and the drive motors 31A-31C. Is inserted. Each speed control circuit (1A-1C) serves to adjust the rotational speed of each drive motor (31A-31C) from one stage to three stages in accordance with the setting of the speed control switch (1). In this case, when the speed control switch 1 is set in the first stage, the vibration generator 5 generates 1,200 vibrations per minute, and when it is set in the second stage, 1,500 vibrations are generated per minute. Generates vibration.

An example of the vibration generator 5 using the above-described drive motors 31A-31C is shown in FIG. In this case, each driving motor employs a DC motor 31 operating as a 1.5V DC power source as a vibration generating source, and a gear 13 is integrally connected to the shaft 11 of the DC motor 31.

In addition, the gear 13 has a small gear 15 and a large gear 17 is geared to reduce the rotational speed, the cam 17B is provided on the rotary shaft 17A of the large gear 17, In the cam 17B, one end is oscillated up and down according to the rotation of the cam, the middle part is coupled to the hinge part 23, and the other end is fixed to the case of the vibration generator 5 according to the rotation of the gear 17. Arms 21 which strike the circuit board (PCB) 19 are connected.

In this case, the speed control circuit 1A-1C for controlling the vibration speed of the vibration generator 5 and the intensity control switch 3 for controlling the intensity of vibration are connected to the input side of the motor 31.

Meanwhile, the vibration generator 5 may adopt a structure in which the unbalanced weight 33 is fixed to the shaft of the motor 31 as shown in FIG. 4. In this case, as the motor 31 rotates, the unbalance weight 33 rotates to vibrate the case of the vibration generator 5.

In addition, the vibration generator 5 of the present invention, as shown in Figure 6 (a) and (b) to rectify the commercial AC power supply, for example 220V or 110V to DC 1.5V down to facilitate the use of the device It is also possible to have an adapter 25 for the purpose or to have a cigar jack 27 for a private driver.

The adapter 25 may be of a separate type, or may be of a built-in type in the vibration generator (5). In this case, the adapter 25 smoothes the transformer 25A for stepping down to 13.5V from a commercial power supply, the bridge diode circuit 25B for full-wave rectifying the output of the transformer 25A, and the full-wave rectified DC. It consists of the smoothing capacitor 25C for removing a ripple component. In addition, the smoothing capacitor (25C) has a built-in 1.5V rechargeable battery (25D) in parallel can be recharged and adds convenience to use this device for portable use.

The operation of the vibrating bottom electric relaxation device according to the present invention configured as described above will be described in detail below.

In the vibration generator 5 of the present invention, when the power is supplied, the number and rotation speed of the motor 31 that are operated according to the set positions of the speed control switch 1 and the intensity control switch 3 are determined so that the shaft 5A is rotated. When rotated, the rotational force is transmitted to the cam 17B through the reduction gears 13, 15, and 17. In this case, as the gear 17 rotates, the tip of the arm 21 strikes the protrusion of the PCB 19 so that vibration is transmitted to the case of the vibration generator 5.

In addition, in the vibration generator 5 shown in FIG. 4, vibration is generated in the case as the motor 31 is driven.

Hereinafter, a stepped breathing exercise using the vibration generator will be described with reference to FIG. 7.

First, the vibration generator 5 of the present invention is worn using a band 9 or a length adjustment belt so as to be positioned at the lower end of the body, that is, 4-5 cm from the navel. Subsequently, while maintaining the sitting position as shown in FIG. 7, in the first step, in order to relax the whole body, especially the diaphragm 8, which is tense, and to relax the mind, the speed control switch 1 is placed in three stages. 5) sets about 1800 vibrations per minute, and sets the intensity control switch 3 in three stages to maximize the vibration intensity so that all three vibration generators 5 operate.

In the first step described above, keep your body and mind relaxed for 2-5 minutes.

Thereafter, as a second step to calm the mind, the speed control switch 1 is set in two stages to generate about 1500 vibrations per minute, and the intensity control switch 3 also adjusts the vibration intensity to two stages to a medium size. Thus, the first and second driving motors 31A-31B operate to operate the two vibration generators 5. The second step is held for about 5 minutes.

As the final third step, the speed control switch 1 is set at the first stage to generate about 1200 vibrations per minute, which is transmitted before the lower end, and the vibration intensity is weakly adjusted to the first stage, so that only the first driving motor 31A is operated. Allow the vibration generator 5 to operate.

In the third step described above, the mind is focused on the lower extremity and the state is maintained for at least 30 minutes to 1 hour, if necessary, while coordinating with the continuous and periodic vibration of the vibration generator 5. If this condition persists, the diaphragm 8, which has been tense due to the fusion of vibration and respiration coordination of the vibration generator 5, is released, and the breath stayed in the chest is slowly transmitted to the lower jeon.

Repeating this training, the general public can take a short-circuit breath in about six months, which took about two years.

As described above, in the present invention, by wearing a vibration type lower electric relaxation device that can adjust the speed and intensity of the vibration generator generating periodic vibrations at the lower end and practicing stepped breathing step by step, it is possible to perform single electric breathing compared with the conventional method. It is possible to shorten the time to reach the state of about one quarter. As a result, danjeon breathing has an excellent effect on relieving stress and focusing the mind.

In the above, the present invention has been illustrated and described with reference to specific preferred embodiments, but the present invention is not limited to the above-described embodiments and is not limited to the spirit of the present invention. Various changes and modifications can be made by those who have

Claims (4)

A lower end relaxation device having a vibration generator, comprising: a plurality of vibration generators that periodically generate physical vibrations, a speed control switch for controlling the vibration speed of the vibration generator in multiple stages, and a number of the vibration generators operated. Selected by the strength control switch for adjusting the vibration strength of the vibration generator in a multi-stage, and wearing means for wearing the vibration generator in front of the lower part of the body, the speed control switch in the state wearing the vibration generator before Vibration-type lower end electric relaxation device, characterized in that by operating the vibration speed from high speed to low speed, by setting the vibration strength from the strong to about weak by the intensity control switch. The vibration lower end relaxation device according to claim 1, wherein the vibration speed of the vibration generator can be set between 1800 and 1200 per minute. The vibration lower end relaxation device of claim 1, wherein the speed control switch and the intensity control switch are respectively adjusted in three stages. The vibration lower end relaxation device of claim 1, further comprising any one of a vehicle cigar jack and an adapter for converting commercial power into driving power as a power supply device.