KR20120019766A - Learning attitude correction device to induce alpha wave - Google Patents

Abstract

PURPOSE: An apparatus for correcting a learning posture is provided to help brain activation by inducing an alpha wave. CONSTITUTION: A ring shaped band(100) surrounds a head circumference. Two horizontal detection sensors(101) are included in order to face the hair band. A string shaped breath detection band(150) is connected on both end parts of the hair band. A breath detection sensor(151) is included in a middle portion of the breath detection band. A first position detection sensor(152) is included in the middle portion of the breath detection band. A ring shaped waist band(200) surrounds a waist circumference. A second position detection sensor(201) is included in one side of the waistband. A controller(300) receives an electric signal from the two horizontal detection sensor, the breath detection sensor, the first position detection sensor, and the second position detection sensor and determines the positions of the sensors.

Description

Learning attitude correction device to induce alpha wave {.}

The present invention relates to a posture correcting apparatus, and more particularly, to a learning assisting apparatus for inducing to have a correct posture.

The present invention relates to a learning attitude correction apparatus for inducing alpha waves.

In modern times where lifelong education is emphasized, not only elementary and secondary school students but also the general public have a great enthusiasm for education or learning. Elementary students strive to develop mathematical qualities necessary for secondary education, secondary school students strive to develop academic skills for higher education, and college students and the general public to develop professional skills for better jobs and what they want to do. For day and night eager. However, most learners are not able to achieve the best efficiency within a limited time or do not concentrate for a long time and do not achieve as much as they want. This inefficient learning comes from the brain's inactivity from the wrong learning posture, and there is a problem that the vicious cycle of inefficient learning continues because there is no aid to solve this fundamental cause.

It is an object of the present invention to provide a learning posture correcting apparatus that can help induce brain activation by inducing alpha waves.

In addition, another object of the present invention to provide a posture correction device that can maintain the left and right of the head horizontal.

Still another object of the present invention is to provide a device capable of correcting a correct breathing method.

In addition, another object of the present invention to provide a posture correction device that can be exactly the position of the tip of the nose and the navel.

According to a feature of the present invention for achieving the object as described above, the present invention, the ring-shaped hair band surrounding the circumference of the head, two horizontal sensing sensors provided to face the hair band, the headband A cord-shaped breath detection band connected at both ends, a breath sensor provided in the middle of the breath detection band, a first position sensor provided in the middle of the breath detection band, a ring-shaped waist surrounding the waist A band, a second position sensor provided at one side of the waist band, and a control unit for receiving an electrical signal from the two horizontal sensor, the breath sensor, the first position sensor and the second position sensor, The control unit determines whether the horizontal by the electrical signal received from the two horizontal sensor, the inhalation or exhalation by the electrical signal received from the breath sensor, and the first position It is determined whether the first position sensor and the second position sensor are vertically located in a straight line as an electrical signal received from the tooth sensor and the second position sensor.

In the present invention, the two horizontal sensor, the breath sensor, the second position sensor and the second position sensor transmits and receives an electrical signal through the Bluetooth communication with the controller.

The present invention further includes a display device for displaying visual information, and wherein the control unit determines that the horizontal signals are horizontally determined by the electrical signals received from the two horizontal sensors. The head posture correction message is displayed on the display unit.

The present invention further includes a display device for displaying visual information, wherein the control unit calculates the number of breaths per minute as an electrical signal received from the breath sensor, and if the deviation is 1 to 2 times per minute, a respiratory correction message is displayed on the display unit. Is displayed.

The present invention further includes a display device for displaying visual information, wherein the control unit calculates the size of the breathing wind as an electrical signal received from the breath sensor, and displays a respiratory law correction message on the display unit when the size is larger than a specific size.

The present invention further includes a display device for displaying visual information, wherein the control unit is an electrical signal received from the first position sensor and the second position sensor and the first position sensor and the second position sensor are vertical. It is determined whether or not it is located in a straight line, and if it is not located in a vertical line, a single electronic calibration message is displayed.

According to the present invention as described above, the present invention can provide a learning attitude correction apparatus that can help in brain activation by inducing alpha waves.

In addition, the present invention can provide a posture correction device that can keep the left and right of the head horizontal.

In addition, the present invention can provide a device capable of correcting a correct breathing method.

In addition, the present invention can provide a posture correction device that the position of the tip of the nose and the navel can be exactly vertical.

1 is a view showing a learning attitude correction apparatus for inducing alpha wave according to an embodiment of the present invention.
2 is a view showing a hair band in the learning attitude correction apparatus for inducing alpha waves.
3 is a view showing a waistband in the learning attitude correction apparatus for inducing alpha waves.
4 is a diagram illustrating a control unit of a learning attitude correction apparatus for inducing alpha waves.

Specific details of other embodiments are included in the detailed description and the drawings.

Advantages and features of the present invention and methods for achieving them will be apparent with reference to the embodiments described below in detail with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but can be implemented in various different forms, and only the embodiments make the disclosure of the present invention complete, and the general knowledge in the art to which the present invention belongs. It is provided to fully inform the person having the scope of the invention, which is defined only by the scope of the claims. Like reference numerals refer to like elements throughout.

We humans are born with the right brain more developed than the left brain. However, as the material civilization develops, it becomes analytical and focused only on calculations, and thus the left brain develops, and even the left brain accelerates the extinction rate of the right brain cells, becoming a human of the left brain dominance.

Until now, these brain cells have been known to be incapable of regeneration once they die. In some cases, they can be regenerated or even slower. In fact, the hormones needed to regenerate brain cells are called neuronal regeneration hormones. The most powerful hormone is beta endorphin, which is known to be the most secreted by the brain during posture breathing.

Endorphin secretion is also known to enhance T-lymphocytes, the most potent weapon of cancer cell destruction. In other words, posture breathing practitioners will be able to prevent cancer.

According to a recent theory, during posture breathing, hormones containing dozens of narcotics, such as beta endorphin, are secreted in the brain to relieve stress and balance autonomic nerves.

In addition, if posture breathing continues for a long time, the activity of the right brain is gradually increased to correct the balance of the left and right brain and promote the coupling action and interaction between the two. In fact, many people said that during posture breathing, a very important intuition or image often came up to help solve the problem. (Especially difficult math problems, if you remember the subconscious mind when you breathe in posture before going to sleep, the answer will often come by itself the next morning.)

When the mind is bright and positive through posture breathing, hormones that activate the body's functions are secreted from the brain, and the brain's activity itself is full of vitality. At this time, the brain waves also form a special pattern, which is a harmonic oscillation wave called an alpha wave. When Alpha waves come out, your ideas, hints, intuition, inspiration, concentration, and memory will increase significantly.

In particular, in the posture-breathing state where the mind and body are completely relaxed and the consciousness is slightly blurry, slo-alpha is characterized by low frequency but alpha waves. This is a case where the brain activity is at rest, which does not increase study or work efficiency.

On the contrary, in the state of intensive concentration of consciousness, fest alpha is observed as alpha wave with slightly high frequency, which can be seen as a state of consciousness with tension.

There is a state of mid-alpha (9-11 hertz), which is the middle of these slow-alpha and fest-alpha, when the body and mind are fully relaxed while being conscious and highly concentrated. This is when the brain is most active.

The human brain has a cerebral cortex that no other animal has. This brain fortification may be unbroken medicine. Recently, brain physiology has shown that the brain is not only the central organ that regulates immune function but also the center of growth and aging control. Since the brain is the total home to control the aging and growth of 60 trillion cells, the health of the brain leads to the health of the body, and can be said to be the key to disease, fire, and longevity. The research on the brain is being actively conducted in various countries around the world, and its purpose is to develop creativity and maintain the alpha state. Convergence of the left brain must be absolutely accompanied to develop the right brain. As we saw above, when the brain becomes alpha, the brain becomes the most active state, physically, our body's immunity is improved, the healing ability is strengthened and diseased, and mentally, concentration, memory, and endurance are improved. , Especially creativity.

In fact, during posture breathing, the pH of the blood rises to become alkaline, cholesterol and lactic acid levels in the blood decrease, and the amount of thromboelectrics increases. Secretion of beta endorphins is promoted, digestion is enhanced, as well as lung function is enhanced. Reduced blood sugar levels can have a significant impact on diabetics, weight loss effect. In general, during posture breathing, growth hormone, which is not secreted at the age of 26 or more, is secreted vigorously, and the excess fat of our body is moved into the muscle, and the muscle is broken down into H 2 O, CO 2, NO 2, and released to the outside. In addition, the secretion of mysterious hormones DHEA and melatonin, which prolong the lifespan of life, is promoted, and the secretion of serotonin and dopamine is promoted. Activation oxygen generation is suppressed and SOD secretion, which is an activating oxygen neutralizer, is promoted. The secretion of adrenaline and noradrenaline is also suppressed.

As such, posture is the most important factor when performing breathing that can be decisive for the health of the brain. First of all, the rice paddies should always be open and closed with smooth ends. In particular, the nose and navel should always be in line. In fact, when you have a thread attached to the end of your nose and a weight hanging from the end of the thread, you should be in the same position as entering the additional navel. This posture, which may seem odd, is also a means for the center of the body to gather in a break. If you take a position like this, the force naturally gathers in the danjeon even if you don't try to put it on it. You'll also need to push your navel forward and your hips back to get your nose and navel vertical.

This position naturally stabilizes breathing. Breathing in posture breathing should never be energized, because if you try to breathe, you lose your peace of mind and confuse your consciousness.

And the head is straightened and pulled back horizontally to correctly center the center of the body.

In posture breathing, breathing is also very important. Nash should aim for one or two breaths at least one minute apart, and breathe a little bit quietly so that you won't move when you put a feather on your nose. Prolonged breathing also has the benefit of calming your mind as well as your body. Posture breathing is said to increase distribution, because the practice of breathing rate reduction in the morning, because you have the ability to control breathing freely. In particular, human lifespan is inversely proportional to the number of breaths, which can be concluded with 10 breaths of 1 minute to live up to 120-130 years.

Posture breathing can be done while walking. Posture and breathing is the same as normal posture breathing, just think standing and walking, the nose, the navel and the tip of the toenail is the key. When walking, don't concentrate on walking and do not squint or listen to the sound of birds. Only when the mind is concentrated on the movement of one's legs is the man's greatest power manifested.

The present invention discloses an assistive device that can help a learner to create an optimal learning condition by using the posture of the posture breathing that can show the optimal brain state for learning.

Hereinafter, the present invention will be described with reference to the drawings for explaining a learning attitude correction apparatus for inducing alpha waves according to embodiments of the present invention.

1 is a view showing a learning attitude correction apparatus for inducing alpha wave according to an embodiment of the present invention.

The learning attitude correction apparatus for inducing alpha wave according to an embodiment of the present invention includes a ring-shaped hair band 100 surrounding a head circumference, and two horizontal sensing sensors 101 and 102 provided to face the hair band. A cord-shaped breath detecting band 150 connected to both ends of the hair band, a breath detecting sensor 151 provided in the middle of the breath detecting band, a first position detecting sensor provided in the middle of the breath detecting band 152, a ring-shaped waist band 200 surrounding the circumference of the waist, the second position sensor 201 provided on one side of the waist band and the two horizontal sensor, breath sensor, the first position It includes a control unit 300 for receiving an electrical signal from the detection sensor and the second position detection sensor.

Learner (H) is wearing the head band 100 to the head, the breath-sensitive band 150 to be placed on the middle part of the weight under the nose, wearing the waist band 200 on the waist, 2 Wear the position sensor near the navel.

In order to obtain information on posture correction using the learner's attitude correcting apparatus for inducing alpha waves according to the present invention, the learner H holds the control unit 300 in both hands and checks the message displayed on the display unit 301. You can enjoy posture breathing or meditation while maintaining the most effective posture for learning.

2 is a view showing a hair band in the learning attitude correction apparatus for inducing alpha waves.

The hair band 100 is a band of elastic material, the learner (H) is configured to surround the head. Two horizontal sensing sensors 101 and 102 are provided on the headband 100 in directions facing each other. The learner H wears the horizontal sensing sensors so that they can come to the left and right sides of the head. desirable. Each horizontal sensor is composed of a gyro sensor, it can detect whether the learner (H) of the head tilted left and right.

And, where the horizontal detection sensors are located in the hair band 100, both ends of the string-shaped breath detection band 150 is connected. The learner H wears the hair band 100 on the head and the breath detection band 150 passes over the temple to be placed near the middle of the person under the nose of the learner H. At this time, the breath sensor 151 and the first position sensor 152 is located on the place of the learner H among the breath detection band 150. Breath sensor 151 is a sensor that can detect the inhalation and exhalation of the learner (H) may be configured as a wind sensor or a microphone. If the breath detection sensor 151 is configured as a microphone, since the wind sound is detected when there is inhale and exhale, the inhale and exhale may be detected as the size of the voice input into the microphone. That is, it is possible to determine what size of breath is detected and how often the breath is detected. The first position detecting sensor 152 determines whether the second position detecting sensor 201 and the second position detecting sensor 201 are located perpendicular to each other through short-range communication.

3 is a view showing a waistband in the learning attitude correction apparatus for inducing alpha waves.

Learner (H) may wear a ring-shaped waistband 200 around the waist, which may be composed of a band of elastic material, such as the hairband 100, one side of the first position detection The second position detecting sensor 201 is provided to determine a position relative to the sensor 152 and determine whether the position is perpendicular to each other. Learner H is preferably worn so that the second position sensor 201 is located near the navel.

4 is a diagram illustrating a control unit of a learning attitude correction apparatus for inducing alpha waves.

The controller 300 receives electrical signals from the two horizontal sensors 101 and 102, the breath sensor 150, the first position sensor 102 and the second position sensor 201 as a separate device. And a button unit 302 that accepts a user input and a display unit 301 that receives an electrical signal from the sensors to determine whether the person is in a correct posture and displays a message that can assist in posture correction. .

In this case, the controller 300 may use short-range communication or Bluetooth communication to receive an electrical signal from the sensors.

The control unit displays a head posture correction message on the display unit when the two horizontal detection sensors are not positioned horizontally with each other as a result of determining whether they are horizontal by the electrical signals received from the two horizontal detection sensors. For example, if your head is tilted to the right or to the left, you may see a message such as "Keep your head horizontal."

The control unit calculates the number of breaths per minute as an electrical signal received from the breath sensor, and if the deviation is 1 to 2 times per minute, or if the size of the breathing wind is more than a certain size to display a breathing method calibration message on the display do. For example, if your breath is five times per minute, you may see a message like “Reduce your breathing rate.” Or, if your breathing wind (the volume of the voice input through your microphone) is greater than or equal to a certain amount, use “Slow breathing more slowly.” . You have to breathe a little bit quietly so that you won't move even if you put a feather on the tip of your nose. ”

The controller determines whether the first position sensor and the second position sensor are vertically aligned with the electrical signals received from the first position sensor and the second position sensor, and is vertically aligned. If it is not located, the electronic calibration message is displayed. For example, when the body of the learner (H) is inclined so that the position of the first position sensor 152 and the second position sensor 201 is not vertical, “the body is standing vertically, the tip of the nose and the navel It should match vertically ”.

By using the learning attitude correction apparatus for inducing alpha waves according to the present invention, the learner H can take a posture suitable for posture breathing before or during learning. Through this, the learner's brain can maintain the optimal brain state for learning to show alpha waves, and the most efficient learning can be achieved.

Those skilled in the art will appreciate that the present invention can be embodied in other specific forms without changing the technical spirit or essential features of the present invention. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive. The scope of the present invention is indicated by the scope of the following claims rather than the detailed description, and all changes or modifications derived from the meaning and scope of the claims and the equivalent concept are included in the scope of the present invention. Should be interpreted.

100: hair band 101, 102: horizontal detection sensor
150: breath detection band 151: breath detection sensor
152: first position detection sensor 200: waist band
201: second position detection sensor 300: control unit
301: display unit 302: button unit

Claims (6)

A ring-shaped hair band surrounding the head circumference;
Two horizontal sensing sensors provided to face the hair band;
A cord-shaped breath detection band connected to both ends of the hair band;
Breath detection sensor provided in the middle portion of the breath detection band;
A first position detecting sensor provided at an intermediate portion of the breath detecting band;
A ring shaped waistband surrounding the waist;
A second position detecting sensor provided at one side of the waist band; And
And a control unit configured to receive electrical signals from the two horizontal sensor, the breath sensor, the first position sensor, and the second position sensor.
The control unit determines whether or not the horizontal by the electrical signal received from the two horizontal sensor, the inhalation or exhalation by the electrical signal received from the breath sensor, the first position sensor and the second position sensor And determining whether the first position sensor and the second position sensor are vertically aligned with the electrical signal received from the apparatus. The method of claim 1,
And the two horizontal sensors, the breath sensor, the second position sensor and the second position sensor transmit and receive electrical signals through the Bluetooth communication with the controller. The method of claim 1,
Further comprising a display device for displaying visual information,
The control unit, if it is determined whether the horizontal level by the electrical signal received from the two horizontal sensor, when the two horizontal sensor is not located horizontally with each other, and displays the head posture correction message on the display unit, Guided posture corrector. The method of claim 1,
Further comprising a display device for displaying visual information,
Wherein the control unit calculates the number of breaths per minute as the electrical signal received from the breath sensor to display a respiratory law correction message to the display unit when out of 1 to 2 times per minute, learning attitude correction apparatus for inducing alpha waves. The method of claim 1,
Further comprising a display device for displaying visual information,
Wherein the control unit calculates the size of the breathing wind as an electrical signal received from the breath sensor, and displays a respiratory law correction message on the display unit, if more than a specific size, learning attitude correction apparatus. The method of claim 1,
Further comprising a display device for displaying visual information,
The controller determines whether the first position sensor and the second position sensor are vertically aligned with the electrical signals received from the first position sensor and the second position sensor, and is vertically aligned. A learning attitude correction device for inducing alpha waves, which displays a single electron calibration message when it is not located at.

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