Smart sonic pelvic core management device with body pressure distribution structure

Abstract

The present invention relates to a smart sonic pelvic core management device having a body pressure distribution structure, wherein the seat plate of a chair equipped with armrests and a backrest is formed to slope downward toward the rear, a side airbag is formed on one surface of the armrest facing it, a lumbar airbag with side airbags on both sides is formed in the front central part of the backrest, a seat body having a seating groove and a pelvic support part that support the seated pelvis and on which the pelvis is seated, a perineal support part protruding downward toward the rear from the central part of the upper surface of the seat body, a thigh seating groove formed symmetrically on both sides with respect to the perineal support part and sloping downward toward the rear, a first mounting hole formed in the central part of the seating groove, and a second mounting hole formed in the perineal support part close to the first mounting hole, the seat is coupled to the upper surface of the seat plate, and a first near-infrared LED module is installed in the first mounting hole while the perineum is massaged in the second mounting hole. By installing a perineal ultrasonic massage module, forming a heating element on the inner bottom surface of the seat, and installing a second near-infrared LED module in the front center portion of the pelvic support, when sitting on the seat coupled to the seat plate, the center of gravity of the hemorrhoid area is distributed, and the thighs, pelvis, and hemorrhoids can be heated using the first near-infrared LED module, the second near-infrared LED module, and the heating element mounted on the seat, as well as the perineum can be massaged using the perineal ultrasonic massage module. Additionally, a side airbag installed on one side of the armrest is formed to be inclined upward toward the rear end so that the side airbag inflates to fit the body shape of the thighs and pelvis, thereby providing comfort. Furthermore, a sensor means installed on the seat and composed of a human body detection sensor and a plurality of body pressure detection sensors, a control unit connected to said sensor means, and a smartphone connected via a server that displays the body shape corresponding to the measurement data measured in real time by the body pressure detection sensors when the body shape display app is executed.A pressure sensor is formed to control the air supplied to the side airbags via an air supply pipe connected to the side airbags, thereby controlling the air supplied to the side airbags by means of a control signal from the control unit. Since the side airbags inflate differently according to the control signal from the control unit, it is possible to correct the body shape while simultaneously applying pressure to the thighs and pelvis using the differently inflated side airbags, thus inducing optimal comfort for the person sitting on the seat based on smart data. Additionally, a speaker is installed in the front center of the chair, and a music data receiver is formed to receive music data from a smartphone via Bluetooth communication and output the received song data through the speaker. This configuration allows for pelvic correction and heat therapy for hemorrhoids and the lumbar spine in one's own space using the music output through the speaker.

Description

Technology Field

[0001] The present invention relates to a smart sonic pelvic core management device having a body pressure distribution structure. More specifically, the invention comprises a seat body having a seat plate equipped with armrests and a backrest, formed to slope downward toward the rear, a side airbag formed on one side of the armrest facing it, a lumbar airbag with side airbags on both sides formed in the front center of the backrest, a seat body having a seating groove and a pelvic support member that support the seated pelvis and on which the pelvis is seated, a perineal support member protruding downward toward the rear from the center of the upper surface of the seat body, a thigh seating groove formed symmetrically on both sides with respect to the perineal support member and sloping downward toward the rear, a first mounting hole formed in the center of the seating groove, and a second mounting hole formed in the perineal support member close to the first mounting hole, wherein the seat is coupled to the upper surface of the seat plate, and a first near-infrared LED module is installed in the first mounting hole while the perineum is massaged in the second mounting hole. By installing a perineal ultrasonic massage module, forming a heating element on the inner bottom surface of the seat, and installing a second near-infrared LED module in the front center portion of the pelvic support, when sitting on the seat coupled to the seat plate, the center of gravity of the hemorrhoid area is distributed, and the thighs, pelvis, and hemorrhoids can be heated using the first near-infrared LED module, the second near-infrared LED module, and the heating element mounted on the seat, as well as the perineum can be massaged using the perineal ultrasonic massage module. Additionally, a side airbag installed on one side of the armrest is formed to be inclined upward toward the rear end so that the side airbag inflates to fit the body shape of the thighs and pelvis, thereby providing comfort. Furthermore, a sensor means installed on the seat and composed of a human body detection sensor and a plurality of body pressure detection sensors, a control unit connected to said sensor means, and a smartphone connected via a server that displays the body shape corresponding to the measurement data measured in real time by the body pressure detection sensors when the body shape display app is executed.The present invention relates to a smart sonic pelvic core management device having a body pressure distribution structure, wherein a pressure sensor is formed to be connected to a control unit in an air supply pipe connected to the side airbag, and the air supplied to the side airbag is controlled by a control signal from the control unit, thereby causing the side airbags to inflate differently by the control signal from the control unit. Since the body shape can be corrected and the thighs and pelvis can be compressed using the side airbags that inflate differently, optimal comfort can be induced for a person sitting on the seat based on smart data. Additionally, a speaker is installed in the front center of the chair, and a song data receiver is formed to receive music data from a smartphone via Bluetooth communication and output the received song data to the speaker. This configuration allows for pelvic correction and heat therapy for hemorrhoids and the lumbar spine in a private space using music output through the speaker. Background Technology

[0003] Generally, the important parts of the human body are the lower back and the spine, and the basis of the lower back is the pelvis, and the pelvis is composed of three bones: the sacrum, the carpal bones (ilium, ischium, pubic bone), and the coccyx, and is supported by muscles and ligaments, and is an important place in which important internal organs such as the intestines, urinary system, uterus, and ovaries are protected.

[0004] Furthermore, people living in the present spend their daily lives sitting or walking, and incorrect habits during this routine can cause pelvic deformation, or natural childbirth can cause women's pelvises to widen.

[0005] When the pelvis becomes deformed or widened in this way, the resulting body shape not only causes the buttocks to sag or the legs to spread apart, but also leads to diseases such as lower back or lower body obesity. To correct the body shape or diseases caused by such pelvic deformation or widening, people visit hospitals or go on diets to restore the deformed pelvis to normal.

[0006] However, because people visiting hospitals to correct deformed pelvises receive treatment only for a set amount of time, the treatment effect is minimal, and since they fail to correct their unhealthy lifestyle habits, a problem has arisen where the widened or misaligned pelvis cannot be corrected outside of the treatment period.

[0007] In particular, students or office workers who sit in chairs for long periods of time to study or work have developed problems such as widening of the left and right pelvis due to incorrect sitting habits.

[0008] In order to solve these problems, a saddle-type pelvic correction device was invented as described in the previously registered Utility Model No. 20-0296879.

[0009] A conventional stool-type pelvic correction device comprises a stool equipped with supports erected upwards at both ends of the seat plate, an airbag mounted on the inner surface of the supports that inflates by supplied air, and an air injection means for air pressure using the airbag.

[0010] Therefore, when air is injected into the airbag through an air inflation means while the person is sitting on the seat, the airbag installed on the support inflates, and by applying pressure to the thighs and pelvis of the person sitting on the seat through the inflated airbag, the pelvis can be corrected.

[0011] However, a problem with conventional pelvic correction devices is that the airbags installed on both sides of the support inflate with equal pressure, compressing the thighs and pelvis and forcibly bringing the pelvis together, which makes it difficult to correct a misaligned pelvis.

[0012] In addition, the airbags equipped in conventional pelvic correction devices inflate and pressurize to the same size regardless of body type, which has resulted in the problem of strongly pressurizing the pelvis of people with larger body types.

[0013] Furthermore, since conventional airbags are installed horizontally on the support and compress the front of the thigh, a problem has arisen in that it is not easy for seniors with osteoporosis to correct their pelvis using a pelvic correction device.

[0014] Furthermore, a problem with conventional pelvic correction devices is that they do not incorporate a heat-emitting mechanism at all, which has resulted in the inability to perform thermal treatment on the perineum, hemorrhoids, etc., in addition to correcting widened or misaligned pelvises. The problem to be solved

[0016] Accordingly, the present invention for solving the above problem forms the seat of a chair equipped with an armrest and a backrest so as to slope downward toward the rear, and

[0017] A side airbag is formed on one side of the armrest facing it, and

[0018] A lumbar airbag equipped with side airbags on both sides is formed in the front center of the backrest, and

[0019] A seat comprising a seat body having a pelvis that is seated thereon and a pelvic support member that supports the seated pelvis, a perineal support member protruding downwardly toward the rearward slope in the central part of the upper surface of the seat body, thigh seated grooves formed symmetrically on both sides centered on the perineal support member and downwardly sloped toward the rear, a first mounting hole formed in the central part of the seated groove, and a second mounting hole formed in the perineal support member close to the first mounting hole, is coupled to the upper surface of a seat plate.

[0020] By installing a first near-infrared LED module in the first mounting hole and a perineal ultrasonic massage module for massaging the perineum in the second mounting hole, and by forming a heating element on the inner bottom surface of the seat and installing a second near-infrared LED module in the front center portion of the pelvic support, when sitting on the seat coupled to the seat plate, the center of gravity of the hemorrhoid area is distributed, and the thighs, pelvis, and hemorrhoids can be heated using the first near-infrared LED module, the second near-infrared LED module, and the heating element mounted on the seat, as well as the perineum can be massaged using the perineal ultrasonic massage module.

[0021] In addition, the side airbags installed on one side of the armrest are formed to slope upward toward the rear, so that they inflate to fit the body shape of the thighs and pelvis, thereby providing comfort.

[0022] A sensor means installed on a seat and composed of a human body detection sensor and multiple body pressure detection sensors; a control unit connected to said sensor means; a smartphone connected via a server that displays a body shape corresponding to measurement data measured in real time by the body pressure detection sensors when a body shape display app is executed; and a pressure sensor formed to be connected to the control unit in an air supply pipe connected to said side airbag, which controls the air supplied to the side airbag by a control signal from said control unit, so that the side airbags inflate differently by the control signal from said control unit, and thus the body shape can be corrected and the thighs and pelvis can be compressed using the side airbags that inflate differently, thereby inducing optimal comfort for a person sitting in the seat based on smart data.

[0023] Install a speaker in the front center of the chair, and

[0024] The purpose is to provide a smart sonic pelvic core management device having a body pressure distribution structure configured to receive music data from a smartphone via Bluetooth communication and output the received music data to a speaker, thereby enabling pelvic correction and heat treatment of hemorrhoids and the lumbar spine in one's own space using the music output through the speaker. means of solving the problem

[0026] The present invention for achieving the above objective is,

[0029] It is characterized by. Effects of the invention

[0031] According to the present invention, a seat plate of a chair equipped with an armrest portion and a backrest portion is formed to slope downward toward the rear, a side airbag is formed on one surface of the armrest portion facing it, a lumbar airbag with side airbags on both sides is formed in the front central portion of the backrest portion, a seat body having a seating groove and a pelvic support portion that support the seated pelvis and on which the pelvis is seated, a perineal support portion protruding downward toward the rear from the central portion of the upper surface of the seat body, a thigh seating groove formed symmetrically on both sides with respect to the perineal support portion and sloping downward toward the rear, a first mounting hole formed in the central portion of the seating groove, and a second mounting hole formed in the perineal support portion close to the first mounting hole, the seat is coupled to the upper surface of the seat plate, the seat is formed by installing a first near-infrared LED module in the first mounting hole and a perineal ultrasonic massage module for massaging the perineum in the second mounting hole, and a heating element is installed on the inner bottom surface of the seat. By installing a second near-infrared LED module in the front central part of the pelvic support while forming it, when sitting on the seat coupled to the seat plate, the center of gravity of the hemorrhoid area is distributed, and not only can the thighs, pelvis, and hemorrhoids be heated using the first near-infrared LED module, the second near-infrared LED module, and the heating element mounted on the seat, but the perineum can also be massaged using the perineal ultrasonic massage module, thereby allowing for the expected effect of massaging the perineum.

[0032] In addition, the side airbags installed on one side of the armrest are formed to slope upward toward the rear, allowing them to inflate to fit the body shape of the thighs and pelvis, thereby providing comfort.

[0033] In addition, a sensor means installed on the seat, comprising a human body detection sensor and multiple body pressure detection sensors; a control unit connected to said sensor means; a smartphone connected via a server that displays the body shape in correspondence with measurement data measured in real-time by the body pressure detection sensors when a body shape display app is executed; and a pressure sensor installed connected to the control unit in the air supply pipe connected to said side airbag, which controls the air supplied to the side airbag by a control signal from said control unit, thereby causing the side airbags to inflate differently by the control signal from said control unit, and thus allowing for body shape correction and simultaneous compression of the thighs and pelvis using the differently inflated side airbags, it is possible to expect the effect of inducing optimal comfort for the person sitting in the seat based on smart data.

[0034] In addition, by installing a speaker in the front center of the chair and forming a music data receiver that receives music data from a smartphone via Bluetooth communication and outputs the received song data through the speaker, one can expect the effect of correcting the pelvis, warming the hemorrhoids and lumbar spine, and massaging the perineum in one's own space using the music output through the speaker. Brief explanation of the drawing

[0036] FIG. 1 is an exploded perspective view of a smart ultrasonic pelvic core management device having a body pressure distribution structure according to the present invention. FIG. 2 is a combined perspective view of a smart ultrasonic pelvic core management device having a body pressure distribution structure according to the present invention. FIG. 3 is a cross-sectional view of a chair to which the seat of the present invention is attached. FIG. 4 is an operating state diagram of a smart ultrasonic pelvic core management device having a body pressure distribution structure according to the present invention. FIGS. 5 and FIGS. 6 are drawings illustrating the sheet of the present invention. FIG. 7 is a drawing of an actual product of a smart sonic pelvic core management device having a body pressure distribution structure according to the present invention. FIG. 8 is a photograph of an actual product of the sheet of the present invention. FIGS. 9 to 11 are block diagrams of a smart ultrasonic pelvic core management device having a body pressure distribution structure according to the present invention. FIG. 12 is a drawing illustrating the vertical movement means of a smart sound wave pelvic core management device having a body pressure distribution structure according to the present invention. FIGS. 13 to 15 are drawings illustrating the operating state of the vertical movement means of the present invention. Specific details for implementing the invention

[0037] Hereinafter, a preferred embodiment of the present invention will be described using the attached FIGS. 1 to 15.

[0038] According to the drawings above, the present invention is,

[0039] The seat plate (20) of the chair (10) equipped with an armrest (21) and a backrest (22) is formed to be inclined downward at an angle of 3° to 10°, and

[0040] A seat (50) is attached to the upper surface of the seat plate (20),

[0041] A side airbag (30) that expands and presses the thigh and pelvis on one side of the facing armrest (21) is formed with an upward slope, and

[0042] A lumbar airbag (40) that applies pressure to the lumbar spine is formed in the front central part of the backrest (21),

[0043] It is characterized by being configured such that side airbags (41) are formed on both sides of the lumbar airbag (40), thereby dispersing the load on the center of the ischium by the seat plate (20) formed at a downward slope, and correcting the pelvis by the side airbags (30).

[0044] And the above sheet (50) is,

[0045] A seat body (60) equipped with a pelvic support part (61) that supports the pelvis and a seating groove (62) on which the pelvis is seated;

[0046] A perineal support portion (63) formed to protrude from the central part of the upper surface of the seat body (60) so as to slope downward toward the pelvic support portion (61);

[0047] A thigh seating groove (70)(70a) formed on the upper surface of the seat body (60) centered on the perineal support portion (63) and formed to slope downward toward the pelvic support portion (61);

[0048] A first mounting hole (64) formed in the central part of the seating groove (62);

[0049] A second mounting hole (65) formed on the upper surface of the perineal support part (63) close to the first mounting hole (64);

[0050] It is composed of a heating element (83) formed on the inner bottom surface of the sheet body (60), and

[0051] A first near-infrared LED module (80) is mounted in the first mounting hole (64), and

[0052] A perineal ultrasound massage module (81) is mounted in the second mounting hole (65), and

[0053] It is characterized by forming a plurality of second near-infrared LED modules (82) in the central part of the inner side of the pelvic support part (61) so as to distribute the weight of the hemorrhoid area while the anus and perineum do not come into contact with the sheet (50).

[0054] And a human body detection sensor (90) formed on the sheet (50);

[0055] A control unit (100) into which a signal detected by a human body detection sensor (90) is received;

[0056] A plurality of body pressure sensing sensors (91)(91a) installed on the seat (50) in correspondence with the thigh seating groove (70)(70a) so as to be in contact with the body sitting on the seat (50) to measure the distribution and magnitude of body pressure in real time and send the measured measurement data to the control unit (100);

[0057] A smartphone (120) that is connected to the control unit (100) by a server (170), has a body shape display app installed that can display a body shape corresponding to measurement data, and when the body shape display app is executed, measurement data is input via wireless communication and displays the body shape according to the input measurement data;

[0058] The control unit (100) is configured with a pressure sensor (111) that is installed in each air supply pipe (31) connected to the side airbag (30)(30a) and connected to the control unit (100), and controls the air supplied to the side airbag (30)(30a) by a control signal from the control unit (100). The control unit (100) sends a control signal to the pressure sensor (111) in accordance with the measurement data measured by the body pressure detection sensor (91)(91a) to control the amount of air supplied to the side airbag (30)(30a), thereby allowing the side airbag (30)(30a) to inflate to fit the body shape, correct the body shape, and simultaneously display it in real-time on the body shape display app, so as to be configured to apply pressure to the thighs and pelvis while correcting the body shape.

[0059] And a speaker (151) formed in the front center part of the chair (10);

[0060] A song data receiving unit (150) that receives music data from a smartphone (120) via Bluetooth communication and outputs the received song data to a speaker (120);

[0061] The system is further characterized by comprising a sound wave control signal generation unit (160) that extracts a voice signal above a measurement level from song data received from a song data receiving unit (150), generates a sound wave control signal to be supplied to a perineal sound wave massage module (81), and outputs it to the perineal sound wave massage module (81).

[0062] The present invention allows for the correction of a misaligned pelvis while dispersing the body pressure of a person sitting on a seat (50) attached to a chair (10), measuring and correcting the person's body shape in real time based on smart data, and creating a personalized space.

[0064] The present invention comprises a chair (10) as shown in FIG. 1, a seat (50) that is attached to and detachably coupled to the chair (10), a pressure means installed on the chair (10), a sensor means and a heating means installed on the seat (50).

[0065] The above chair (10) is provided with an armrest (21) and a backrest (22), and a pressure means for applying pressure to the thighs, pelvis, lumbar spine, and sides is formed on the armrest (21) and the backrest (22).

[0066] The above-mentioned pressure means is combined by being wrapped in a fabric having elasticity.

[0067] The above-mentioned pressurizing means consists of a side airbag (30) (30a) installed on one side of the facing armrest portion (21), a lumbar airbag (40) installed in the front center portion of the backrest portion (22), and side airbags (41) formed on both sides of the lumbar airbag (40).

[0068] The above side airbags (30)(30a), lumbar airbag (40), and flank airbag (41) are connected to an air pump (110) through an air supply pipe (31)(41), and are inflated by the pumping operation of the air pump (110) to pressurize the thighs, pelvis, lumbar spine, and flanks.

[0069] A pressure sensor (111) is installed in the air supply pipe (31) so as to be connected to the control unit (100), and the pressure sensor (111) is operated by a control signal from the control unit (100) to control the air supplied to the side airbag (30) (30a).

[0070] The side airbag (30)(30a) installed on one side of the armrest (21) is formed to slope upward toward the rear of the chair (10) so that, during the process of applying pressure to the thighs and pelvis due to the expansion of the side airbag (30)(30a), both sides of the pelvis can be pressed as accurately as possible.

[0071] The sensor means installed on the seat (50) consists of a human body detection sensor (90) that detects when a body is sitting on the seat body (60), and a body pressure detection sensor (91)(91a) that is installed on the seat body (50) in contact with the body and measures the distribution and magnitude of body pressure in real time, and the human body detection sensor (90) and the body pressure detection sensor (91)(91a) are installed on the seat (50) so as to be connected to the control unit (100).

[0072] The above body pressure sensing sensors (91)(91a) are installed in multiple numbers inside the seat body (60) in contact with the body, corresponding to the thigh seating groove (70)(70a), and the measurement data measured by the above body pressure sensing sensors (91)(91a) is supplied to the control unit (100), and when the body shape display app of a smartphone (120) connected to the server via wireless communication is operated, the body shape of the person sitting on the seat (50) can be displayed in real time.

[0073] The above control unit (100) sends a control signal to the pressure sensor (111) in correspondence with the measurement data received from the body pressure detection sensor (91)(91a), so that the side airbags (30)(30a) are each inflated by the control signal of the control unit (100).

[0074] It is disclosed that the above control unit (100) is equipped with a comparison unit capable of comparing measurement data detected by a body pressure detection sensor (91)(91a).

[0075] The heating means installed on the above-mentioned seat (50) comprises a heating element (83) formed on the inner bottom surface of the seat body (60), a first near-infrared LED module (80) installed in a first mounting hole (64) provided in the seating groove (62), and a second near-infrared LED module (82) installed in the front central part of the pelvic support part (61). The heating means is installed to be connected to a control unit (100) and is operated on / off by a control signal from the control unit (100).

[0076] A second mounting hole (65) is formed at the rear end of the perineal support part (63) provided in the above-mentioned seat (50), and a perineal ultrasonic massage module (81) is installed in the second mounting hole (65) so that the perineal area of ​​a person sitting on the seat (50) can be massaged with ultrasonic waves.

[0077] The perineal ultrasonic massage module (81) mounted on the seat (50) and the speaker (151) installed on the chair (10) are configured to massage the perineum by using a first Bluetooth module (130) equipped in a smartphone (120) as shown in FIG. 11 and a second Bluetooth module (140) that communicates wirelessly at a close distance with the first Bluetooth module (130) to emit music supplied from the smartphone (120) to the outside through the speaker (151) while the perineal ultrasonic massage module (81) vibrates.

[0078] The song data receiving unit (150) receives music data from a smartphone (120) through a second Bluetooth module (140) connected to a first Bluetooth module (130), and the received music data is emitted to the outside through a speaker (151).

[0079] And the sound wave control signal generation unit (160) extracts a voice signal of a specific level or higher received from the song data receiving unit (150) and supplies it to the perineal sound wave massage module (81).

[0080] Therefore, music can be emitted to the outside through the speaker (151) mounted on the chair (10), and

[0081] The perineal ultrasound massage module (81) generates sound waves by means of a voice signal of a specific level or higher supplied through the sound wave control signal generator (180), thereby enabling massage of the perineum in close contact with the perineal support (63).

[0083] The preferred operating state of the present invention, configured in this manner, is described as follows.

[0084] First, a seat (50) equipped with a perineal ultrasound massage module (81) and a first near-infrared LED module (80) is attached to the upper surface of the seat plate (20) of the chair (10).

[0085] When the above-mentioned seat (50) is attached to the seat plate (20) of the chair (10), the person sits on the seat (50) so that the thigh portion rests in the thigh compression groove (70)(70a), and the human body detection sensor (90) detects the body seated on the seat (50) and sends a detection signal to the control unit (100).

[0086] The above control unit (100) sends a control signal to the body pressure sensor (91)(91a) based on the detection signal sent from the body detection sensor (90) to measure the body shape of a person sitting on the seat (10) in real time, sends the measured measurement data to the control unit (100), and transmits the measurement data to a server connected to the control unit (100) via wireless communication.

[0087] The measurement data transmitted to the server is used to run a body shape display app on a smartphone (120) connected to the server via wireless communication, thereby displaying the body shape of the person sitting on the seat (50) on the smartphone (120).

[0088] That is, the body shape of a person sitting on the seat (50) can be measured using a body pressure sensor (91) installed inside the seat (50) corresponding to the thigh seating groove (70), and the measurement data measured by the body pressure sensor (91) (91a) is transmitted to a server through the control unit (100), and the measured data can be compared using a comparison unit (not shown in the drawing) provided in the control unit (100).

[0089] The above control unit (100) sends a control signal to the pressure sensor (111) in correspondence with the measurement data of the body pressure sensing sensor (91) (91a) to control the air supplied to the side airbags (30) (30a), thereby correcting the body shape of the person sitting on the seat (50) and simultaneously correcting the misaligned pelvis by applying pressure to the thighs and pelvis using the side airbags (130) (130a).

[0090] That is, the measurement data measured in real time by the body pressure sensing sensor (91)(91a) is sent to the control unit (100), and the control unit (100) compares the measurement data using a comparison unit.

[0091] When the measurement data measured by the body pressure detection sensor (91a) is greater than the measurement data measured by the body pressure detection sensor (91), the control unit (100) sends a control signal to the pressure sensor (111) so that the side airbag (30a) installed on the armrest (21) on the right side of the chair (10) inflates more than the side airbag (30) installed on the armrest (21) on the left side of the chair (10).

[0092] Compared to the side airbag (30) installed on the left, the side airbag (30a) installed on the right expands more and presses against the thighs and pelvis, so it is possible to correct the body shape of the person sitting on the seat (50) and at the same time correct the misaligned pelvis.

[0093] And the lumbar airbag (40) and side airbag (41) installed on the backrest (22) of the chair (10) can be inflated to apply pressure to the lumbar spine and side.

[0094] At this time, the perineum can be massaged using the perineum ultrasonic massage module (81) mounted on the seat (50) while listening to music through the speaker (151) provided in the chair (10) connected to the smartphone (120) via Bluetooth communication.

[0096] Meanwhile, the first near-infrared LED module (80) and the second near-infrared LED module (82) mounted on the seat (50) and the heating unit (83) are turned on by the control signal of the control unit (100) to generate heat, so the back of the thighs, pelvis, and hemorrhoids of the person sitting on the seat (50) can be heated.

[0098] Meanwhile, FIGS. 12 to 15 show a chair (10) equipped with an up-and-down transfer means (210) that moves a side airbag (30) (30a) up and down.

[0099] A moving groove (200) is formed vertically on one side of the armrest (21) so that the above-mentioned side airbag (30) (30a) can move up and down, and a vertical movement means (210) is formed on the chair (10) to be connected to the moving groove (200).

[0100] The above vertical movement means (210) is,

[0101] A movable plate (220) having coupling grooves (221) on both sides so that both ends are coupled to the outer surface of the movable groove portion (200);

[0102] A motor (230) having rotation shafts (231) (231a) on both sides and operating to rotate in forward and reverse directions according to a control signal from a control unit (100);

[0103] A screw thread (232) formed on the outer surface of the rotation axis (231);

[0104] A screw thread (232a) formed on the outer surface of the rotation axis (231a) in the opposite direction to the screw thread (232);

[0105] A guide rail (234) formed in a pair and formed longitudinally on the bottom surface of the chair (10) symmetrically around the motor (230);

[0106] A guide groove (241) coupled to the outer surface of the guide rail (234) is formed on the bottom surface corresponding to the guide rail (234), and a movable block (240) coupled to the rotation axis (231) (231a) so as to be penetrated so as to be moved left and right in the direction in which the rotation axis (231) (231a) is rotated;

[0107] An inclined surface (242) formed in the central part of the upper surface of the movable block (240) at an upward slope;

[0108] The upper end is coupled to a coupling part (222) provided on the movable plate (220), and the lower end contacts the upper surface of the movable block (240), and the movable bar (243) moves the movable plate (220) up and down according to the direction in which the movable block (240) moves;

[0109] A vertical guide section (250) is formed in the longitudinal direction, with a vertical guide groove (251) provided on the inner surface of the armrest section (21) corresponding to the connecting section (222).

[0110] The invention is characterized by further forming a vertical moving bar (260) at the end of the connecting part (222), the vertical moving bar (260) having a guide projection (261) that is coupled to a vertical guide groove (251) at the end.

[0112] The above-described vertical movement means (210) is connected to the control unit (100), and by operating the side airbag (30)(30a) by the control signal of the control unit (210), it is possible to move the side airbag (30)(30a) up and down, thereby allowing the pelvis and thighs of a person with a small or large body type to be compressed as accurately as possible using the side airbag (30)(30a).

[0113] A guide groove (241) is formed on the bottom surface of the moving block (240) forming the above-mentioned vertical moving means (210) to correspond to the guide rail (234).

[0115] The operating state of the vertical movement means (210) of the present invention, configured in this manner, is described as follows.

[0116] First, the motor (230) installed on the inner bottom surface of the chair (10) is operated by a control signal from the control unit (100) so that the rotating shafts (231) (231a), which have screw threads (232) (232a) on their outer surfaces in opposite directions, are rotated clockwise.

[0117] As the above-mentioned rotation axis (231)(231a) is rotated clockwise, the movable block (240), which is installed to pass through the above-mentioned rotation axis (231)(231a), moves to both sides of the chair (10) along the guide rail (234) installed on the inner bottom surface of the chair (10).

[0118] As the above-mentioned moving block (240) moves to both sides of the chair (10), the lower end of the moving bar (243) moves downward along the inclined surface (242) as shown in FIG. 14 while maintaining contact with the upper surface of the moving block (240), and the moving plate (220) equipped with a connecting part (222) connected to the upper end of the moving bar (243) moves downward along the inner circumference of the moving groove (200) by the height to which the moving bar (243) has moved downward, so the side airbag (30) (30a) connected to the moving plate (220) can be moved downward.

[0119] Since the above-mentioned side airbag (30)(30a) is moved downward by the vertical movement means (210), it is possible to apply maximum and accurate pressure to the thighs and pelvis of a person with a small body type.

[0120] Then, the rotational force of the motor (230) is transmitted so that the rotation axis (231) (231a) rotates counterclockwise.

[0121] As the above-mentioned rotation axis (231)(231a) is rotated counterclockwise, the movable block (240) coupled to pass through the rotation axis (231)(231a) is made to move the central part of the chair along the guide rail (234).

[0122] Since the above-mentioned moving block (240) is moved to the central part of the chair (10), the moving bar (243), whose lower end is in contact with the upper surface of the moving block (240), moves upward along the inclined surface (242).

[0123] Since the above-mentioned moving bar (243) moves upward along the inclined surface (242), the moving plate (220) equipped with a connecting part (222) connected to the top of the moving bar (243) moves upward along the inner surface of the moving groove (200) by the height to which the moving bar (243) has moved upward, thereby enabling the side airbag (30)(30a) connected to the moving plate (220) to move upward.

[0124] At this time, a vertical guide section (250) is formed with a vertical guide groove (251) on the inner side of the armrest section (21), and a vertical moving bar (260) is formed at the end of the connecting section (222) with a guide projection (261) that is coupled to the inner side of the vertical guide groove (251), so that the moving bar (243), which moves vertically up and down according to the movement direction of the moving block (240), can be double-supported together with the moving plate (220), which moves up and down along the moving groove section (200).

[0125] And it is revealed that contact sensors (not shown in the drawing) are installed on the upper and lower surfaces of the movable plate (220) respectively, connected to the control unit (100). Explanation of the symbols

[0127] 1010: Chair, 20: Seat, 21: Armrest, 22: Backrest, 30,30a: Side airbag, 31: Air supply tube, 40: Lumbar airbag, 41: Side airbag, 42: Air supply pipe, 50: Seat 60: Seat body, 61: Pelvic support, 62: Seating groove, 63: Perineal support part, 64: 1st mounting hole, 65: 2nd mounting hole, 70,70a: Thigh seating groove, 80: 1st near-infrared LED module, 81: Perineal ultrasound massage module, 82: Second near-infrared LED module, 83: Thermal heating element, 90: Human body detection sensor, 91,91a: Body pressure sensor, 100: Control unit, 110: Air pump, 111: Pressure sensor, 120: Smartphone, 130: 1st Bluetooth module, 140: 2nd Bluetooth module, 150: Song data receiver, 151: Speaker, 160: Sound wave control signal generation unit, 200: Moving home section, 210: Up-and-down movement means, 220: Moving plate, 221: Connecting groove, 222: Connection part, 230: Motor, 231,231a: Rotation axis, 232,232a: Screw thread, 234: Guide rail, 240: Moving block, 241: Guide home, 242: Slope, 243: Moving bar, 250: Vertical guide part, 251: Vertical guide groove, 260: Vertical movement bar, 261: Guide projection,

Claims

Claim 1 The seat plate (20) of a chair (10) equipped with an armrest portion (21) and a backrest portion (22) is formed to be inclined downward at an angle of 3° to 10°, and a seat (50) is attached to the upper surface of the seat plate (20). A side airbag (30) that expands and presses against the thighs and pelvis is formed to be inclined upward on one surface of the facing armrest portion (21), a lumbar airbag (40) that presses against the lumbar spine is formed in the front center portion of the backrest portion (21), and side airbags (41) are formed on both sides of the lumbar airbag (40). The chair is configured so that the load on the center of the ischium is distributed by the seat plate (20) formed to be inclined downward, and the pelvis can be corrected by the side airbag (30). A movable groove portion (200) is formed vertically on one surface of the armrest portion (21) where the side airbag (30) (30a) is installed. An up-and-down movement means (210) for moving a side airbag (30) (30a) up and down along a moving groove (200) is further formed on the chair (10), and configured so that the side airbag (30) (30a) moves up and down in accordance with the operating direction of the up-and-down movement means (210) to correspond to the height of the thigh, wherein the up-and-down movement means (210) comprises: a moving plate (220) having a coupling groove (221) on both sides so that both ends are coupled to the outer surface of the moving groove (200); a motor (230) having a rotation axis (231) (231a) on both sides and operating to rotate in forward and reverse directions in response to a control signal from a control device (100); a screw thread (232) formed on the outer surface of the rotation axis (231); and a screw thread (232a) formed on the outer surface of the rotation axis (231a) in the opposite direction to the screw thread (232). A guide rail (234) formed in a pair and formed longitudinally on the bottom surface of the chair (10) symmetrically around the motor (230); a guide groove (241) formed on the bottom surface corresponding to the guide rail (234) and coupled to the outer circumference of the guide rail (234), and a movable block (240) coupled to the rotation axis (231) (231a) so as to be movable left and right in the direction in which the rotation axis (231) (231a) rotates, and a slanted surface (242) formed in the central part of the upper surface of the movable block (240) so as to be inclined upward;A smart sonic pelvic core management device having a body pressure distribution structure, characterized by comprising: a moving bar (243) which moves the moving plate (220) up and down according to the direction in which the moving block (240) moves, wherein the upper end is connected to a connecting part (222) provided on the moving plate (220) and the lower end contacts the upper surface of the moving block (240); and a vertical guide part (250) which is formed in the longitudinal direction with a vertical guide groove (251) provided on the inner surface of the armrest part (21) corresponding to the connecting part (222), and a vertical moving bar (260) which is further formed at the end of the connecting part (222) with a guide projection (261) that is connected to the vertical guide groove (251). Claim 2 In claim 1, the seat (50) comprises: a seat body (60) having a pelvic support portion (61) that supports the pelvis and a seating groove (62) on which the pelvis is seated; a perineal support portion (63) formed to protrude from the central part of the upper surface of the seat body (60) so as to slope downward toward the pelvic support portion (61); a thigh seating groove portion (70) (70a) formed on the upper surface of the seat body (60) centered on the perineal support portion (63) and formed to slope downward toward the pelvic support portion (61); and a first mounting hole (64) formed in the central part of the seating groove (62); A smart sonic pelvic core management device having a body pressure distribution structure, characterized by comprising: a second mounting hole (65) formed on the upper rear surface of the perineal support part (63) in close proximity to the first mounting hole (64); and a heat generating part (83) formed on the inner bottom surface of the seat body (60); wherein a first near-infrared LED module (80) is mounted in the first mounting hole (64), a perineal sonic massage module (81) is mounted in the second mounting hole (65), and a plurality of second near-infrared LED modules (82) are formed in the central part of the inner surface of the pelvic support part (61), so as to distribute the weight of the hemorrhoid area while the anus and perineum do not come into contact with the seat (50). Claim 3 In claim 1, a human body detection sensor (90) formed on a seat (50); a control unit (100) into which a signal detected by the human body detection sensor (90) is received; a plurality of body pressure detection sensors (91)(91a) installed on the seat (50) in correspondence with a thigh seating groove (70)(70a) so as to be in contact with a body sitting on the seat (50) to measure the distribution and magnitude of body pressure in real time and send the measured measurement data to the control unit (100); and a smartphone (120) connected to the control unit (100) by a server (170), having a body shape display app installed that can display a body shape corresponding to the measurement data, wherein when the body shape display app is executed, measurement data is input via wireless communication and the body shape is displayed according to the input measurement data. A smart sonic pelvic core management device having a body pressure distribution structure, characterized by being configured such that the control unit (100) is connected to a side airbag (30) (30a) and the air supply pipe (31) is connected to each side airbag (30) (30a) and the air supplied to the side airbag (30) (30a) is controlled by a control signal from the control unit (100), and the control unit (100) sends a control signal to the pressure sensor (111) in accordance with the measurement data measured by the body pressure detection sensor (91) (91a) to control the amount of air supplied to the side airbag (30) (30a), thereby allowing the side airbag (30) (30a) to inflate to fit the body shape, correct the body shape, and simultaneously display it in real-time on a body shape display app, thereby enabling the thighs and pelvis to be compressed while correcting the body shape. Claim 4 A smart pelvic core management device having a body pressure distribution structure, characterized in that it further comprises: a speaker (151) formed in the front central portion of a chair (10); a song data receiving unit (150) that receives music data from a smartphone (120) via Bluetooth communication and outputs the received song data to the speaker (120); and a sound wave control signal generating unit (160) that extracts a voice signal above a measurement level from the song data received from the song data receiving unit (150), generates a sound wave control signal to be supplied to a perineal sound wave massage module (81), and outputs it to the perineal sound wave massage module (81). Claim 5 delete

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