KR20190079903A - Smart cushion for good posture maintenance and kegel exercise - Google Patents

Abstract

The present invention relates to a smart cushion for enhancing the strength of a pelvic floor muscle called a sphincter muscle. The smart cushion is a smart cushion for a user to sit on a first air cell and calibrate the right posture by adjusting the pressure applied to the hips on the basis of the vertebrae, A first air cell that can be seated by the user to reinforce the pelvic floor by repeatedly performing contraction and expansion by adjusting the air pressure of the pelvic floor; a recessed portion provided on one side of the first air cell so as to be positioned in the vicinity of the user's pelvic floor, A second air cell protruded to the upper portion of the first air cell, a casing formed at a rear end of the first air cell to form a space therein, a vacuum motor provided inside the casing for pressurizing or reducing the internal air pressure of the first air cell, And a first air discharge valve for controlling discharge or inflow of air inside the first air cell by operation of the vacuum pump motor And a vacuum pressure sensor for sensing a pressure inside the first air cell, and a first pneumatic motor for pressurizing or depressurizing the internal air pressure of the second air cell and a second pneumatic motor for operating the first pneumatic motor, A second air discharge valve for controlling discharge or inflow of air, and a pneumatic sensor for sensing a pressure inside the second air cell, and a smart cushion for maintaining proper posture and Kegel movement.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a smart cushion,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a smart cushion for maintaining a proper posture and a Kegel exercise, and more specifically, a smart cushion for strengthening the strength of a pelvic floor muscle called a sphincter, The present invention relates to a smart cushion for maintaining a proper posture for strengthening the pelvic floor muscle by repeatedly performing contraction and expansion by adjusting the air pressure of the second air cell located at the pelvic floor muscle in a correct posture by correcting the posture .

Kegel's exercise, commonly known as exercise to strengthen the strength and capacity of pelvic floor muscles, is a prenatal preparation for the birth of pregnant women in 1948 by Dr. Arnold Kegel, an American obstetrician, The pelvic floor muscles of the pelvic floor muscles are strengthened and strengthened, and it is a special exercise for the pregnant women who can give birth smoothly when giving birth. However, The muscles that reach the pubic bone, which is the bone of the site, support the uterus, bladder, and large intestine, and are responsible for the contraction of the urethra, vagina, and anus. Accurate relaxation and contraction of the pelvic floor is an important part of the Kegel movement, and it is important not to use the thighs, buttocks, abdominal muscles, and the like.

As a result of this Kegel exercise, males are prevented from premature ejaculation and erectile dysfunction and prostate hypertrophy, and they are helpful in improving their energetic ability. In case of women, they are reported to the academy as non-surgical therapy which is essential for prevention of sexual insufficiency and stress incontinence. It is also known that depression, impatience, frailty, menopausal symptoms, migraine, chronic constipation treatment and weight loss effects are also known. Both male and female pelvic floor muscle strength and capacity is enhanced, the efficiency of sexual function is said to increase.

The Kegel movement refers to a movement that repeatedly shrinks and relaxes by applying a force to the pubococcygeus muscle. The pubis ossicularis muscle is an area that is not frequently used and is an anatomically hidden part in the human body. It is difficult to massage by, and it is known that exercise can be done only if you consciously consciate the contraction and relaxation.

The Kegel exercise itself is not only very effective but also effective in the treatment of urinary incontinence and sexual dysfunction, and is one of the recommended exercises. However, since the exercise can be performed only if one consciously contemplates contraction and relaxation, There has been an attempt to forcefully or semi-enforced through mechanisms, for example.

Korean Patent No. 0816847 is a medical device forcing Kegel movement by injecting an electric current through an electrode inserted into the pubic ossicular muscle invasively. It is disadvantageous that a doctor's home is needed because invasive insertion is needed.

Korean Patent No. 1075114 discloses a chair that moves a center-of-the-chair area where the pressure of the buttocks is applied, thereby forcing the user's Kegel movement. However, there is a fundamental problem that it is not easy for the Kegel exercise to be performed simply by the fact that the center of the chair simply pressurizes.

Korean Patent No. 1416611 and Korean Patent No. 1075114 disclose a medical device in which an electric stimulus is applied to the buttocks as a shape of a pad on which a person sits. However, there is a problem that electric stimulation applied to the entire buttocks may adversely affect users other than the Kegel exercise.

Korean Patent No. 1436752 relates to a pelvic floor muscle strengthening exercise device capable of easily exercising a pelvic floor muscle at any time and anywhere. The Kegel exercise strengthens the strength of the pelvic floor muscle, while at the same time enhancing the anion, far infrared ray, Which is capable of exercising a sitting effect by releasing a pelvic floor muscle. However, according to the present invention, a user having a narrow pelvic floor region is forced to sit thereon, resulting in a reduction in muscle strength of the muscles or the back muscles associated with the pelvis, and in addition, There is no problem.

In addition, since the stable posture of the user, i.e., the balance state of the body, is not taken into account, it is obvious that the effect of the buttocks and the sock muscles is deteriorated due to the user's motion and unbalanced posture.

1. Korean Patent No. 0816847 (entitled " 2. Korean Patent No. 1075114 entitled "Core Moving Health Chair" 3. Korean Patent No. 1436752 (entitled " Pelvic floor muscle strengthening exercise apparatus having a cold temperature function "

SUMMARY OF THE INVENTION It is an object of the present invention to solve the above-mentioned problems, and it is an object of the present invention to provide a method and an apparatus for adjusting a user's personal posture by guiding the user's right posture by controlling the air pressure of the first air cell and the second air cell, While the pelvic floor muscle of the user is strengthened by contraction and relaxation by adjusting the air pressure of the second air cell.

According to an aspect of the present invention, there is provided an air conditioner comprising a first air cell,

A second air cell provided on one surface of the first air cell and provided with a recessed portion so as to be positioned at a root of the user's pelvis,

A casing formed at a rear end of the first air cell to form a space therein,

A first air discharge valve provided inside the casing for controlling the discharge or inflow of air inside the first air cell by operation of the vacuum air pressure motor, A first pneumatic motor for pressurizing or depressurizing the internal air pressure of the second air cell and a second pneumatic motor for discharging air inside the second air cell by operating the first pneumatic motor, And a control means composed of a second air discharge valve for controlling the flow of the air or the air and a pneumatic sensor for sensing the pressure inside the second air cell.

On the other hand, the first air cell is filled with a fine particle-shaped air ball to form a plate-like first air cell,

The second air cell is provided with a smart cushion for holding a proper posture and a Kegel movement, the sponge type air filter being densely packed and formed of a second air cell having a predetermined length in a horizontal direction.

Meanwhile, the second air cell is divided into a control air cell and a sheath air cell that surrounds the outer surface except the bottom surface of the control air cell. The sponge type air filter is densely packed in the control air cell, And is controlled in association with the second air discharge valve,

The shell air cell is filled with a sponge type air filter or an air ball to provide a smart cushion for maintaining proper posture and Kegel movement linked to the second pneumatic motor and the third air discharge valve.

Meanwhile, a partition wall which is vertically cut in the horizontal length direction of the control air cell is formed at an inner center of the control air cell, so that the inside of the control air cell is divided into a first control chamber and a second control chamber based on the partition, And a first pneumatic motor for controlling the second air discharge valves in coordination with the valves so as to integrally control the second air discharge valves, thereby providing a smart cushion for proper posture maintenance and Kegel movement.

On the other hand, a stepped portion protruding inward along the horizontal length direction of the second air cell is formed on one side of each side of the second air cell,

And a partition plate having a plurality of through holes formed in the lower portion of the second air cell at both side ends so as to be in close contact with each other to partition the interior of the second air cell into an upper air space and a lower space,

The lower space portion being protruded inward along the horizontal length direction of the second air cell on one side of each side of the lower space portion, the upper side being connected to the horizontal side and the lower side slope connected to the inner side end portion of the horizontal plane,

And a smart cushion for holding the right posture and the Kegel movement in which the sponge type air filter is densely packed in the upper space and the lower space, respectively.

As described above, according to the present invention, the smart cushion for maintaining the proper posture and the Kegel movement is intended to exercise the pelvic floor muscle in the correct posture after first calibrating the posture of the user in a state where the user is seated. At this time, The contraction and expansion of the pelvic floor muscles stimulates the pelvic floor muscles to contract and relax. In addition, the pneumatic pressure of the pelvic floor air pressure to the user's pelvic floor muscles to work by adjusting the amount of air pressure due to accurate biofeedback training is possible .

The present invention also provides a smart cushion capable of adaptively exercising according to the user's condition while simultaneously measuring the pressure on the buttocks stimulation in the seated state and the quantitative pressure on the pelvic floor muscle.

In addition, the present invention enables effective exercise therapy through biofeedback, in which the user directly confirms his / her own pressure and accordingly performs active Kegel exercise, or through direct contraction and relaxation exercises to the pelvic floor muscle and anal sphincter muscle.

1 is a perspective view showing a smart cushion for maintaining proper posture and Kegel movement according to an embodiment of the present invention;
FIG. 2 is an assembly drawing of a first air cell and a second air cell in a smart cushion for maintaining proper posture and Kegel movement according to an embodiment of the present invention; FIG.
3 is a plan view of a smart cushion for proper posture and Kegel movement according to one embodiment of the present invention.
FIG. 4 is a cross-sectional view of a smart cushion for maintaining proper posture and Kegel movement according to an embodiment of the present invention, in which a first air cell is filled with an air ball and a second air cell is filled with an air filter Sectional view (b).
5 is a view showing a control unit installed in a casing of a smart cushion for proper posture maintaining and Kegel movement according to an embodiment of the present invention.
FIG. 6 is a cross-sectional view (a) of a second air cell divided into a shell air cell and a control air cell in a smart cushion for maintaining proper posture and Kegel movement according to an embodiment of the present invention, Sectional view (b) of the second air cell divided into two sections.
FIG. 7 is a cross-sectional view of a smart cushion for maintaining proper posture and Kegel movement according to an embodiment of the present invention, in which the second air cell is divided into an upper space portion and a lower space portion with respect to a partition plate.
8 is a block diagram illustrating a smart cushion system for proper posture and Kegel movement according to an embodiment of the present invention.

In order to achieve the above-mentioned object, the following embodiments will be described in detail with reference to the drawings.

As shown in FIGS. 1 to 5, an embodiment of the present invention includes a first air cell 100 on which a user can sit, a second air cell 100 on one side of the first air cell 100, A second air cell 200a accommodated in the incision 101 and protruding above the first air cell 100, a casing 300 formed at a rear end of the first air cell 200a to form a space therein, A vacuum air pressure motor 410 provided inside the casing 300 to pressurize or depressurize the internal air pressure of the first air cell 100 and an internal A first air discharge valve 411 for controlling discharge or inflow of air from the first air cell 200 and a vacuum pressure sensor 412 for sensing the pressure inside the first air cell 100, A first pneumatic motor 420 for pressurizing or depressurizing the internal air pressure, A second air discharge valve 421 for controlling discharge or inflow of air inside the second air cell 200a by operation and a pneumatic sensor 422 for sensing the pressure inside the second air cell 200a, And a smart cushion 10 (hereinafter, referred to as a smart cushion) for maintaining proper posture and Kegel movement,

1 to 5, a smart cushion 10 according to the present invention includes a first air cell 100 of a plate-like shape so as to be seated by a user, a second air cell 100 positioned at the center of the first air cell 100, A casing 300 provided at a front end or a rear end of the first air cell 100 and a second air cell 200 disposed inside the casing 300. The first and second air cells 200a, (400) for controlling the control unit (200).

As shown in FIGS. 2 to 4 (a), 5 and 8, the first air cell 100 is a horizontal plate-like material having a closed form for forming a space therein, The air ball 110 is filled to form a horizontal plate shape.

The first air cell 100 is connected to the first air cell 100 by the operation of the vacuum pneumatic motor 410 after inducing the user's right posture while the buttocks are in close contact with the user during sitting The inside of the first air cell 100 and the air filled in the air ball 110 are adsorbed through the first air pipe 120 so that the inside of the first air cell 100 is pressurized or the inside of the first air cell 100 and the air ball 110 The air in the first air cell 100 is depressurized by filling the first air discharge valve 411 with air by flowing air into the first air cell 100. At this time, At this time, the upper surface of the first air cell 100 is formed in a shape corresponding to the buttocks of the user who is seated in a correct posture due to the pressing process of the first air cell 100. At this time, The first air cell 100 is deformed due to the adsorption of the ball 110 and the internal vacuum state.

At this time, due to the vacuum pressure sensor 412 that detects the internal pressure of the first air cell 100 to maintain the deformed shape of the first air cell 100 having the shape corresponding to the user's hips, The first air discharge valve 411 and the second air discharge valve 421 and the second air discharge valve 412 which will be described later are controlled by the control of the vacuum motor 410 and the first air discharge valve 411, 3 The air discharge valve (not shown) is a solenoid valve that serves as an inflow and outflow of air.

The vacuum pressure sensor 412 senses the internal air pressure of the first air cell 100 through the first air pipe 120 connected to the interior of the first air cell 100 and is connected to the vacuum pressure sensor 412, The first air discharge valve 412 and the first air discharge valve 411 are connected to each other through the first air pipe 120 to measure the air pressure of the first air discharge valve 412. When the first air cell 100 is depressurized or depressurized, The first air discharge valve 411 may be shut off and the first air discharge valve 411 may be opened if the air pressure is less than the predetermined air pressure. In addition, the first air discharge valve 411 may be operated to detect a malfunction.

A recessed portion 101 is formed at the center of the first air cell 100 positioned in the vicinity of the user's pelvic floor when the user is seated in the first air cell 100 at a predetermined horizontal length, (101) is blocked from the inside of the first air cell (100), so that when the air is inflowed or interrupted into the first air cell (100), the inflation of the air ball (110) And has a recessed portion 101 that is isolated from the inside of the first air cell 100 because of its shape.

As shown in Figs. 2, 4 (b), 5 and 8, the second air cell 200a is seated on the incision 101 of the first air cell 100, The upper part has a curved shape and the upper part has a curved shape. The upper part has a hollow shape and has a hollow shape, while the lower part has a curved shape.

The sponge type air filter 210 corresponding to the outer shape of the second air cell 200a is filled and adhered to the inner space of the second air cell 200a to closely maintain the outer shape of the second air cell 200a The first pneumatic motor 420 is connected through the second air pipe 220a in order to adjust the internal air volume of the second air cell 200a so as to pressurize or depressurize the internal air of the second air cell 200a, The control is performed under the control of the second air discharge valve 421 and the first air pressure motor 420 is connected to the second air pipe 220a.

That is, when the second air cell 200a is pressed, the air filter 210 filled in the second air cell 200a is contracted by the pressurizing operation of the first pneumatic motor 420, When the air pressure inside the second air cell 200a reaches the predetermined air pressure, the second air discharge valve 421 is maintained in a blocked state.

The second air discharge valve 421 is opened when the second air cell 200a is depressurized and the second air pipe 210 connected to the first pneumatic motor 420 by the depressurizing operation of the first pneumatic motor 420 The second air discharge valve 421 is kept shut off when the air pressure inside the second air cell 200a reaches the set air pressure.

The second air discharge valve 421 may be a solenoid valve that performs the pressure reduction of the internal air of the second air cell 200a. When the air of the second air cell 200a is pressurized by the operation of the first pneumatic motor 420, The second air cell 200a is repeatedly operated to perform a repulsive force of the contraction and relaxation of the pelvic floor muscle corresponding to the expansion and contraction of the second air cell 200a, 2 Performs a Kegel exercise and a massage function according to the change of the air pressure of the air cell 200a to perform the function of strengthening the muscular strength of the pelvic floor muscle and increasing the muscle capacity to the user.

The pneumatic sensor 422 for detecting a change in the air pressure inside the second air cell 200a measures the change in the air pressure suitable for the user so as to adjust the amount of exercise suitable for the user to the strength of the pelvic floor muscle of the user, It is possible to periodically control the air pressure change of the second air cell 200a according to the process and effect of the muscle force change in the exercise stock, and it is possible to control the muscle force of the user's pelvic floor muscle The strengthening effect can be achieved by strengthening the muscular strength of the pelvic floor muscles by aiming at a systematic Kegel exercise that can maximize the sequential and planned exercise treatment according to the time result.

The second air pipe 220a is connected to the inside of the second air cell 200a to measure the internal air pressure of the second air cell 200a, The air pressure inside the second air cell 200a is measured.

The air pressure sensor 422 is connected to the second air discharge valve 421 through the second air pipe 220a to sense the air pressure flowing into the second air discharge valve 421. At this time, The second air discharge valve 421 is shut off when the air pressure is higher than the predetermined air pressure or the second air discharge valve 421 is opened when the air pressure is lower than the predetermined air pressure. Also, the second air discharge valve 421 may be operated to detect a malfunction of the second air discharge valve 421.

6 (a), the second air cell 200a includes a control air cell 230a and a sheath air cell 230b that surrounds the outer side of the control air cell 230a except for the bottom of the control air cell 230a. A sponge type air filter 210 is densely packed in the control air cell 230a and controlled in association with the first pneumatic motor 420 and the second air discharge valve 421,

The jacket air cell 230b provides a smart cushion 10 filled with a sponge type air filter 210 and linked to a second pneumatic motor (not shown) and a third air discharge valve (not shown).

The control air cell 230a has a shape in which the inner diameter of the control air cell 230a gradually decreases toward the upper part and forms a closed space inside the control air cell 230a. At this time, the control air cell 230a receives the sponge type A- A second air pipe 220a connected to the first air pressure motor 420 and the second air discharge valve 421 is formed in association with the inside of the control air cell 230a to control the operation of the control air cell 420 by the operation of the first pneumatic motor 420. [ The air pressure inside the control air cell 230a is pressurized or depressurized. At this time, the air discharge or the inflow of the control air cell 230a is controlled through the second air discharge valve 421.

The outer shell 230b is wrapped around the outer surface of the control air cell 230a so that a predetermined space is ensured between the outer circumference of the control air cell 230a and the inner circumferential surface of the shell air cell 230b while the shape of the control air cell 230a The bottom surface of the shell air cell 230b is connected to the bottom surface of the control air cell 230a and has a structure integral with the control air cell 230a.

The sponge type air filter 210 is filled in the space between the inner circumferential surface of the outer sheath air cell 230b and the outer circumferential surface of the control air cell 230a to maintain its shape and to be connected to the inside of the sheath air cell 230b, A third air pipe 220b linked to a third air discharge valve (not shown) is formed to pressurize or reduce the internal air pressure of the shell air cell 230b by the operation of a second pneumatic motor (not shown) At this time, air discharge or inflow of the shell air cell 230b is controlled through a third air discharge valve (not shown).

The first pneumatic motor 420 for controlling the internal air pressure of the control air cell 230a may control the internal air pressure of the external air cell 230b to be controlled in place of the second air pressure motor for controlling the internal air of the shell air cell 230b A separate solenoid valve (not shown) connected to the second air pipe 220a and the third air pipe 220b is provided in association with the first pneumatic motor 420 so that the first pneumatic motor 420 and the solenoid The second and third air pipes 220a and 220b are connected to the second air discharge valve 421 through the control of the valves so that the internal air pressures of the control air cell 230a and the shell air cell 230b can be respectively controlled. An individual solenoid valve (not shown) is installed in each of the second and third air pipes 220a and 220b to allow the inflow or outflow of air through each of the second and third air pipes 220a and 220b to the solenoid valve .

Therefore, the operation of the second air cell 200a will be described. First, the inner air pressure of the shell air cell 230b is positioned on the outer circumferential surface of the shell air cylinder 230b, The inner air pressure of the sphygmomanometer 230a is repeatedly depressurized and depressurized to repeatedly change the shape of the contracted cosmetic air cell 230b so that the sphincter and pelvic floor muscles of the user are contracted and relaxed, .

Also, the inner air pressure of each of the shell air cell 230b and the control air cell 230a is repeatedly depressurized and depressurized to shrink and relax the pelvic floor muscle.

6 (b), a partition wall 232 is formed at the center of the control air cell 230a so as to be vertically cut off in the horizontal direction of the control air cell 230a, The inside of the control air cell 230a is divided into a first control chamber 231a and a second control chamber 231b and connected to the respective second air discharge valves 421 so that the respective second air discharge valves 421 The smart cushion 100 is provided with a first pneumatic motor 420 that is integrally linked and controlled.

A partition wall 232 for vertically blocking the interior of the control air cell 230a vertically is formed to divide the control air cell 230a into a first control chamber 231a and a second control chamber 231b. ) 231b form a sealed inner space, and the sponge type air filter 210 is accommodated in the inner space to maintain its shape.

An individual second air pipe 220a connected to each of the first and second control chambers 231a and 231b is connected to the first pneumatic motor 420 and the second air discharge valve 421, A solenoid valve (not shown) is connected to each of the second air pipes 220a in the first pneumatic motor 420 to control opening and closing of the air discharge or inflow. The second air discharge valve 421 The first and second control chambers 231a and 231b are respectively connected to the first and second control chambers 231a and 231b to discharge or introduce air in the first and second control chambers 231a and 231b.

The sphygmomanometer 231a and the sphygmomanometer 231b are disposed on the outer circumferential surface of the outer skin air cell 230b through repeated pressurization and depressurization of the inner air pressure of the first and second control chambers 231a and 231b, When the first control chamber 231a is pressurized, the second control chamber 231b is in the depressurized state and the internal air pressure state of the first and second control chambers 231a and 231b So as to perform repetitive operations.

7, a step 241 protruding inward along the horizontal length direction of the second air cell 200a is formed on one side of each of both sides of the second air cell 200a, and the second air cell 200a A plurality of through holes 243-1 penetrating through the inside of the second air cell 200a are divided into an upper hollow portion 240a and a lower space portion 240b, And the lower space portion 240b is protruded inward along the horizontal length direction of the second air cell 200a on one side of each of both side surfaces of the lower space portion 240b and the upper side is formed with a horizontal surface 242-1, A folded portion 242 connected to the lower inclined surface 242-2 connected to the inner end of the horizontal surface 242-1 and bent in an oblique direction is formed and the upper space 240a and the lower space 240b And a sponge type air filter (210) are closely packed.

The inner space of the second air cell 200a is installed inside the upper air hole 240a and the lower space 240b so that the partition plate 243 is resiliently deformed. A step 241 protruding inward from the lower end of the upper hollow portion 240a of the second air cell 200a is formed to prevent the second air cell 200a from moving to the second air cell 240a.

A separate sponge type air filter 210 is accommodated in the upper and lower space portions 240a and 240b of the second air cell 200a to maintain its shape. The lower surface of the partition plate 243 is brought into contact with the upper surface of the air filter 210. At this time, the internal air pressure of the second air cell 200a is in a decompressed expanded state.

A second air pipe 220a connecting the first air pressure motor 420 and the second air discharge valve 421 is connected to the inside of the lower space 240b. The internal air pressure of the second air cell 200a is pressurized or depressurized to expand and contract the second air cell 200a.

The partition plate 243 is formed with a plurality of through holes 243-1 through which the air moves to the upper and lower space portions 240a and 240b during the pressurization or decompression, 243 may be a material having elasticity that can be bent or restored.

A folded portion 242 is formed on both sides of the lower space 240b of the second air cell 200a by a horizontal plane 242-1 and an inclined plane 242-2, Or the lower space portion 240b moves up and down when the pressure is reduced. At the same time, the upper hollow portion 240a carries out the up-and-down movement and the left-right movement together to contract and relax the user's pelvic floor muscle.

8, the first and second pneumatic motors 410, first and second pneumatic motors 420 (not shown), first and second and third air discharge valves 411 and 421 (not shown) A charging circuit 442, an AC / DC converter 443, an overcharge prevention circuit 444, and a battery 445 to apply power to the vacuum pressure sensor 412 and the air pressure sensor 422 And the battery 445 of the smart cushion 10 is charged as the charging power is supplied to the battery 445 in such a connected state. The controller module 400 is connected to the main module 430 through the charging module 440. The main module 430 is electrically connected to the main module 430 through the charging module 440, The communication terminal 460 is electrically connected to the main board 430 of the smart cushion 10 and stores a memory in which the operation control method of the motors and valves inputted to the central processing unit 450 and the input values of the sensors, And transmitted to or received by the device 500. [

The first and second pneumatic motors 410 and 421 (not shown), the first and second air vent valves 411 and 421 (not shown) input to the central processing unit 450, The control signal of the control means 400 is subjected to central processing in accordance with the physical conditions of the user at the time of seating by the user by means of the control signals of the vacuum pressure sensor 412, the vacuum pressure sensor 412 and the air pressure sensor 422. [ Is input to the device 450.

The control unit 400 includes a wireless communication unit 470 connected to the external device 500 and capable of wireless communication to input a control signal to the central processing unit 450 to perform an operation signal of the control unit 400, A Kegel motion mode selection signal and an operation start signal corresponding to a control signal input of the Kegel operation mode. The wireless communication unit 470 is configured to wirelessly communicate with the wireless communication unit 470 through any one of an RF scheme, a bluetooth scheme, and a ZigBee scheme. To this end, the external device 500 may include a portable wireless communication device such as a PC, a notebook, a smart phone, a PDA, or the like, which is provided with a program capable of transmitting a Kegel exercise mode selection signal or provides a UI (User Interface) desirable. These programs and UI screens can be easily understood and practiced by a person skilled in the art. For example, by using a smart cushion control icon installed on a desktop of a PC, a notebook computer, or a widget screen of a smart phone or PDA, a user can output a motion signal (operation of the first air cell and operation of the second air cell) If the user selects one of the motion modes based on the sequential output, it can be implemented as a program or a UI screen that can transmit the mode selection signal and the operation start signal to the outside. In addition, it is preferable that the program in which the motion signal output mode is generated is configured to be portable with the user's hand.

As an example, a smartphone application including a wireless communication unit 470 that transmits a signal to be controlled by Bluetooth communication using an application installed in the smartphone 500 is linked with a smartphone app that controls the operation function of the smart cushion 10 The smart cushion 10 is provided.

5 and 8, a charging module 440 electrically connected to the main board 430 housed in the casing 300, a central processing unit 450, a wireless communication unit 470, and a casing 300 (Not shown), first, second and third air discharge valves 411 and 421 (not shown), a vacuum pressure sensor 412, And a pneumatic sensor 422 so as to select a motion mode by a direct operation using a switch connected to the main board 430 or a remote operation by the external device 500 through the wireless communication unit 470, And outputs information collected by the control unit 400 according to the motion mode to the wireless communication unit 470 or the communication terminal 460 according to the determination result to calculate and display the motion state and condition of the user.

The foregoing description is merely illustrative of the technical idea of the present embodiment, and various modifications and changes may be made to those skilled in the art without departing from the essential characteristics of the embodiments. Therefore, the present embodiments are to be construed as illustrative rather than restrictive, and the scope of the technical idea of the present embodiment is not limited by these embodiments. The scope of protection of the present embodiment should be construed according to the following claims, and all technical ideas within the scope of equivalents thereof should be construed as being included in the scope of the present invention.

Smart cushion 10 First air cell 100 Inflow part 101
Air ball 110 First air pipe 120 Second air cell 200a
Air filter 210 Second air pipe 220a Third air pipe 220b
Control air cell 430a Sheath air cell 430b First control chamber 231a
The second control chamber 231b, the partition wall 232, the upper hollow portion 240a
Lower space portion 240b Step 241 Attachment 242
Partition plate 243 casing 300 control means 400
Vacuum pressure motor 410 first air discharge valve 411 vacuum pressure sensor 412
First pneumatic motor 420 Second air discharge valve 421 Pneumatic sensor 422
Main board 430 charging module unit 440 central processing unit 450
Communication terminal 460 Wireless communication part 470

Claims (6)

A first air cell on which a user can sit,
A second air cell provided on one surface of the first air cell and provided with a recessed portion so as to be positioned at the lower end of the user's pelvis,
A casing formed at a rear end of the first air cell to form a space therein; And
A first air discharge valve provided inside the casing for controlling the discharge or inflow of air inside the first air cell by operation of the vacuum air pressure motor, A first pneumatic motor for pressurizing or depressurizing the internal air pressure of the second air cell and a second pneumatic motor for discharging air inside the second air cell by operating the first pneumatic motor, A second air discharge valve for controlling the inflow of the air, and a pneumatic sensor for sensing the pressure inside the second air cell. [2] The apparatus of claim 1, wherein the first air cell is filled with a fine particle air ball to form a first air cell of a plate-
And a sponge type air filter is formed in the second air cell so as to be horizontally formed as a second air cell having a predetermined length in a longitudinal direction. The air conditioner of claim 1, wherein the second air cell is divided into an outer control air cell and a sheath air cell that surrounds the outer surface except for the bottom surface of the control air cell, wherein a sponge- 1 is controlled in association with the pneumatic motor and the second air discharge valve,
Wherein the jacket air cell is filled with a sponge type air filter and linked to a second pneumatic motor and a third air discharge valve. The control air cell as claimed in claim 3, wherein a partition wall is formed vertically in the horizontal length direction of the control air cell at an inner center of the control air cell so that the interior of the control air cell is divided into a first control room and a second control room, And a first pneumatic motor connected to the second air discharge valve and integrally controlling the respective second air discharge valves. The smart cushion for a right posture maintaining and kegel movement. The air cleaner according to claim 1, wherein a stepped portion protruding inward along a horizontal length direction of the second air cell is formed on one side of each of the opposite sides of the second air cell,
And a partition plate having a plurality of through holes formed in the lower portion of the second air cell at both side ends so as to be in close contact with each other to partition the interior of the second air cell into an upper air space and a lower space,
The lower space portion being protruded inward along the horizontal length direction of the second air cell on one side of each side of the lower space portion, the upper side being connected to the horizontal side and the lower side slope connected to the inner side end portion of the horizontal plane,
And a sponge type air filter is densely packed in the upper space and the lower space, respectively. The battery pack according to claim 1, wherein a charging module including a charging terminal, a charging circuit, an AC / DC converter, an overcharge prevention circuit, and a battery is electrically connected to the main board,
And a wireless communication unit connected to the charging module unit and the control unit, the wireless communication unit being connected to an external device and inputting a control signal to the central processing unit to perform an operation signal of the control unit. Smart cushion for maintaining correct posture and exercising Kegel.

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