KR102124455B1 - Spine correction system - Google Patents

Abstract

The present invention relates to a spinal correction system, including: a correction seat which is divided into cervical spine, lumbar spine, and thoracic spine regions, respectively, and corrects and treats spinal joints by providing a heating effect and a physical stimulation effect, simultaneously; and a correction pole which is divided into pelvis, cervical spine, and thoracic spine regions, respectively, and corrects and treats spinal joints by providing a physical stimulation effect.

Description

Spine correction system

The present invention relates to an orthodontic stone included in a spinal orthodontic system, and more specifically, to correct a spine using an orthodontic stone and orthodontic table. It is for a spinal correction system.

It is an inevitable reality that a large load is applied to the spine in an upright walking person. In particular, scoliosis occurs due to wrong habits and complains of back pain in modern people's complicated lives.

In general, there is a slight difference in the length of the left and right legs depending on the individual body structure and lifestyle in everyday life. Because of this, the pelvis is distorted, causing back pain and sciatica, and even the spine is dislodged in place, increasing the risk of causing discs.

Discs are one of the diseases that are common among modern people. These discs are becoming more serious with the lack of exercise by modern people and especially with the increased time spent sitting and living.

Disc is a disease in which the gap between the lumbar spine and the lumbar spine is narrowed or the sap of the disc rings causes the sap to escape and compress the nerve, causing pain. The best way to treat these discs is to widen the gap between the narrowed lumbar vertebrae and strengthen the muscles around it, so that the fluid that has escaped is in place. When the fluid that has escaped is placed in place, the pain disappears and the disc is treated by the body's natural healing power.

Therefore, in the case of the onset of the disc, a treatment method is generally performed to widen the lumbar gap through a physical therapy device and strengthen the surrounding muscles.

However, such a physical therapy device is a very expensive product, and it is frequently used by an average user to give up the treatment of the disk because the excessive treatment cost is required to treat the disk. .

As such, relatively inexpensive and effective treatment devices are absent, thus delaying the fundamental treatment such as relying on drugs and visiting the hospital, which causes the deformity and pain of the spine due to missed treatment time.

Korea Registered Patent No. 10-1392687

The present invention provides a configuration for correcting the spine using an orthodontic seat and an orthodontic seat, and elevating or descending the orthodontic seat according to a set treatment state, thereby enabling treatment to be efficiently performed.

In addition, it provides a configuration to provide a clean orthodontic stone and a clean orthodontic stone by classifying and storing and cleaning the orthodontic stone and the orthodontic stone that do not use the orthodontic stone.

In addition, the orthodontic seat and the orthodontic platform are moved up and down according to the treatment position, and the patient is treated fixed to the bed during treatment by fixing the affected part during treatment, thereby providing an efficient treatment.

In addition, by providing a cushioning action on the orthodontic table and the orthodontic stone, it provides a configuration to control the intensity of acupressure during treatment.

The present invention is divided into cervical, lumbar, and thoracic vertebrae to provide a warming effect and a physical stimulation effect to provide a corrective stone for correcting and treating a spinal joint.

In one embodiment, the orthodontic stone is a lumbar orthodontic stone formed in a cone shape so that treatment for irritating and correcting the lumbar region is made; Thoracic orthognathic stone formed in the shape of a rod in a semicircle so that treatment for stimulating and correcting the thoracic region is made; It includes a cervical orthodontic stone that is formed in a semi-circular shape so that treatment for stimulating and correcting the cervical vertebrae is made.

In another embodiment, the chiropractic system comprises: a orthodontic bed portion for a patient to receive spine therapy using a orthodontic stone; And an orthodontic stone storage unit for storing orthodontic stones necessary for treatment or to store used orthodontic stones; And a chiropractic treatment unit formed on the orthodontic bed unit to treat the affected area using the orthodontic stone. And a orthodontic stone washing unit for washing orthodontic stones used for treatment. And a correction stone vibration unit for generating vibration to the affected area through the correction stone by generating vibration. And an orthodontic treatment fixation unit for fixing the patient on the orthodontic bed portion during treatment using the orthodontic stone, wherein the orthodontic stone bed portion is formed to be movable and fixed on the ground to support the orthodontic bed. Orthodontic seat bed frame; Orthodontic bed which is formed on top of the orthodontic bed frame to allow the patient to lie down for treatment; Orthodontic bed handles formed on both sides of the orthodontic bed to hold the patient to move the body according to the position to be corrected; Orthodontic fall prevention panel formed on both sides of the orthodontic bed frame to prevent the patient from falling under the bed during orthodontic treatment; Includes an orthodontic stone fall detection sensor formed on the orthodontic bed to sense the movement of the patient, and the orthodontic storage unit is fixed to one side of the orthodontic bed portion for storing orthodontic stones used for treatment. A correction seat storage case formed to be connected to the correction seat bed frame; A touch correction stone opening/closing sensor formed on one side of the correction stone storage case so that the door of the correction stone storage case for detecting the user's touch is opened and closed; Orthodontic stone detection sensors are each formed in the interior of the compartment of the orthodontic storage case to detect the state of acceptance of the orthodontic stone; In order to inform the user of the state of acceptance of the orthodontic stone in the compartment, the orthodontic stone receiving state is formed in at least one of the front or the compartment of the orthodontic storage case, and the chiropractic treatment unit includes a lumbar orthognathic and thoracic orthognathic and cervical spine. Orthodontic seating bar formed on the orthodontic bed frame so as to be detached during treatment using any of the orthodontic stones; A first orthodontic stone cylinder on one side of which is connected to the orthodontic seating tamba so as to raise or lower the lumbar orthodontic stone to the affected part, and the other side is coupled to the orthodontic bed frame; A second orthodontic stone cylinder on one side of which is connected to the orthodontic seating tamba so as to raise or lower the thoracic orthodontic stone to the affected part, and the other side is coupled to the orthodontic bed frame; A cervical orthodontic stone includes a third orthodontic stone cylinder on which one side is connected to the orthodontic seating bar to raise or lower the cervical orthodontic stone, and the other side is coupled to the orthodontic bed frame. It is formed of a housing to clean the stone and connected to one side of the orthodontic bed frame, and the orthodontic stone washing box fixedly formed on the ground; Orthodontic cleaning box Orthodontic cleaning brush formed to remove foreign substances on the orthodontic stone in each compartment; Orthodontic cleaning nozzles formed at each compartment side of the orthodontic cleaning box to inject high-pressure air to each orthodontic seat; A calibration stone fan formed on one side of the calibration stone cleaning box to discharge dust and foreign substances scattered inside the calibration stone cleaning box to the outside; In order to sterilize each cleaned orthodontic stone, the orthodontic stone cleaning box includes a orthodontic sterilization lamp formed in each compartment, and the orthodontic stone vibration part, orthodontic stone formed inside each orthodontic stone to provide vibration to the affected part Vibrator; Orthodontic stone includes a vibrator member formed around the orthodontic vibrator so as to be coupled to each orthodontic stone, wherein the orthodontic treatment fixation includes: a first fixed frame formed on both sides of the orthodontic bed frame, the lumbar position; A first fixing band having one side connected to the first fixing frame to fix the patient's lumbar spine; A first band cylinder formed on one side of the first fixed frame to raise or lower the lumbar vertebrae fixed by the first fixed band; A second fixed frame formed on both sides of the orthodontic stone bed frame which is a thoracic spine position; A second fixing band having one side connected to the second fixing frame to fix the patient's thoracic spine; A second band cylinder formed on one side of the second fixing frame to raise or lower the lumbar vertebrae fixed by the second fixing band; A third fixed frame formed on both sides of the cervical spine bed frame; A third fixing band having one side connected to the third fixing frame to fix the patient's cervical spine; It includes a third band cylinder formed on one side of the third fixed frame to raise or lower the lumbar vertebrae fixed by the third fixed band.

The present invention is divided into pelvis, cervical spine, and thoracic vertebrae, respectively, to provide a physical stimulation effect to include a corrective table for correcting and treating a spinal joint.

In one embodiment, the orthodontic, pelvic orthodontic formed in the form of a circular bar to stimulate and treat the pelvic region; Thoracic vertebrae that are formed in the shape of a flat circular bar on one side to stimulate and treat the thoracic region; It includes a cervical brace that is formed in the form of a circular bar with a bend to stimulate and treat the cervical vertebra.

In another embodiment, the spinal orthodontic system includes: a orthodontic bed portion for a patient to receive spine therapy using a orthodontic table; And orthodontic storage unit for storing the orthodontic necessary for treatment, or to store the used orthodontic; And an orthodontic treatment unit formed on the orthodontic bed portion to treat the affected area using the orthodontic table. And orthodontic cleaning unit for cleaning the orthodontic used in the treatment; And a calibration table buffer unit for generating vibration and providing vibration to the affected area through the calibration table. And an orthodontic treatment fixing portion for fixing a patient on the orthodontic bed portion during treatment using the orthodontic table, wherein the orthodontic bed portion is formed to be movable and fixed on the ground to support the orthodontic bed. Orthodontic bed frame; Orthodontic bed formed on top of the orthodontic bed frame for the patient to lie down for treatment; A first orthodontic bar fixing bar formed at both sides of the pelvic position of the orthodontic bed frame so that the pelvic orthodontic platform can be combined; A second orthodontic bar fixing bar formed at both sides of the thoracic vertebral position of the orthodontic bed frame so that the thoracic orthodontic bridge can be combined; A third orthodontic bar fixing bar formed at both sides of the lumbar position of the orthodontic bed frame so that the lumbar orthodontic platform can be combined; Orthodontic handles formed on both sides of the orthodontic bed to hold the patient to move the body according to the position to be corrected; Orthodontic fall prevention panel formed on both sides of the orthodontic bed frame so that the patient does not fall under the bed during orthodontic treatment; Includes a fall detection sensor orthodontic formed on the orthodontic bed to sense the movement of the patient, the orthodontic storage unit is fixed to one side of the orthodontic bed portion to store the orthodontic used for treatment, one side A correction storage case formed connected to the correction stone bed frame; A calibration switch opening/closing sensor formed on one side of the calibration storage case so that the door of the calibration storage case is opened and closed for sensing the user's touch; A calibration table detection sensor, each formed inside a compartment of the calibration table storage case to detect the state of acceptance of the calibration table; In order to inform the user of the state of acceptance of the orthodontic zone in the compartment, the orthodontic storage state is formed at the position of at least one of the front of the orthodontic storage case or the compartment, and the orthodontic treatment unit is fixed when the pelvic correction is seated A first fixing bar connecting member formed on both sides of the pelvic position of the orthodontic stone bed frame to be possible; A first cylinder each formed on the side of the first fixing bar connecting member to raise or lower the pelvic correction table to the affected side; A second fixation bar connecting member formed on both sides of the thoracic spine position so as to be fixed when the thoracic brace is seated; A second cylinder each formed on the side of the second fixing bar connecting member to raise or lower the thoracic vertebrae to the affected part; A third fixing bar connecting member formed on both sides of the cervical spine position so as to be fixed when the cervical brace is seated; A third cylinder is formed on each side of the third fixing bar connecting member so as to raise or lower the post-calibration brace to the affected part, and the orthodontic rinsing part is formed of an enclosure to clean the used orthodontic bed and It is connected to one side of the frame, and the orthodontic cleaning is fixed to the ground; Orthodontic cleaning box The orthodontic cleaning brush is formed in each compartment to remove foreign substances on the orthodontic table; Orthodontic cleaning nozzles formed at each compartment side of the orthodontic cleaning box to inject high-pressure air toward the orthodontic table; A calibration foreign substance discharge fan formed on one side of the calibration washing machine to discharge dust and foreign substances scattered inside the calibration washing machine; In order to sterilize the washed orthodontics, it includes orthodontic disinfection lamps formed in each compartment inside the orthodontic cleaning box, and the orthodontic buffer portion includes a first fixing bar connecting member and a second fixing to fix the orthodontic cushioning spring. A correcting stone buffer member formed on one side of the bar connecting member and the third fixed bar connecting member; Formation between the orthodontic stone buffer member and the first fixed bar connecting member, the orthodontic stone buffer member and the second fixed bar connecting member, orthodontic stone buffer member and the third fixed bar connecting member to relieve the pressure provided to the orthodontic stone buffer member side It includes a orthodontic stone buffer spring, the orthodontic treatment fixed portion, a fourth fixed frame formed on both sides of the orthodontic bed frame, the pelvic position; A fourth fixing band having one side connected to the fourth fixing frame to fix the patient's pelvis; A fourth band cylinder formed on one side of the fourth fixing frame in order to raise or lower the pelvis fixed by the fourth fixing band; A fifth fixed frame formed on both sides of the orthodontic bed frame which is the thoracic spine position; A fifth fixing band on which one side is connected to the fifth fixing frame to fix the patient's thoracic spine; A fifth band cylinder formed on one side of the fifth fixing frame to raise or lower the thoracic vertebrae fixed by the fifth fixing band; A sixth fixed frame formed on both sides of the orthodontic bed frame which is the cervical spine position; A sixth fixing band having one side connected to the sixth fixing frame to fix the cervical spine of the patient; It includes a sixth band cylinder formed on one side of the sixth fixed frame in order to raise or lower the cervical vertebrae fixed by the sixth fixed band.

As described above, the present invention corrects the spine using orthodontic stones and orthodontics, and increases or decreases the orthodontic stones according to the set treatment state, or increases or lowers the orthodontics, so that the treatment can be efficiently performed. to provide.

In addition, the orthodontic stone and the orthodontic stone which do not use the orthodontic stone and the orthodontic table are classified and stored and washed to provide a clean orthodontic and orthodontic stone, thereby providing an effect that the patient can use without refusal to use.

In addition, the orthodontic seat and the orthodontic platform are moved up and down according to the treatment position, and the patient is treated in a fixed state on the bed during treatment by fixing the affected area, thereby providing an effective treatment.

In addition, it is made to buffer the orthodontic and orthodontic stones so that the intensity of the acupressure can be adjusted during treatment so that treatment can be effectively performed.

The effects of the present invention are not limited to the above-mentioned effects, and various effects may be included within a range obvious to a person skilled in the art from the following description.

1 is a perspective view of a spinal correction system of the present invention.
2 is a perspective view of the orthodontic stone for the present invention.
Figure 3 is a view of applying another orthodontic stone bed portion of the present invention a spinal orthodontic system.
4 is a view of applying another embodiment of the present invention spinal correction system orthodontic storage.
5 is a view of applying a chiropractic treatment unit that is another embodiment of the present invention a spinal orthodontic system.
6 is a view of applying the orthodontic stone cleaning unit according to another embodiment of the present invention.
7 is a view of applying another orthodontic stone vibration unit of the present invention a spinal orthodontic system.
8 is a view of applying another orthodontic stone treatment fixator of the present invention.
9 is a perspective view of the orthodontic table for the present invention spine correction system.
FIG. 10 is a view of another embodiment of a spinal orthodontic system according to the present invention.
11 is a view of applying the orthodontic storage unit that is another embodiment of the present invention.
12 is a diagram of another embodiment of a spinal correction system of the present invention, which is applied to the orthodontic treatment unit.
13 is a view of applying another embodiment of the spinal correction system of the present invention, an orthodontic cleaning unit.
14 is a diagram of another embodiment of a spinal correction system according to the present invention, which is applied to the orthodontic buffer.
15 is a view of applying the orthodontic treatment fixation, which is another embodiment of the present invention.

For a detailed description of the present invention, which will be described later, reference is made to the accompanying drawings that illustrate, by way of example, specific embodiments in which the invention may be practiced. These examples are described in detail enough to enable those skilled in the art to practice the present invention. It should be understood that the various embodiments of the invention are different, but need not be mutually exclusive. For example, the specific shapes, structures, and properties described herein can be implemented in other embodiments without departing from the spirit and scope of the invention in connection with one embodiment. In addition, it should be understood that the location or placement of individual components within each disclosed embodiment can be changed without departing from the spirit and scope of the invention. Therefore, the following detailed description is not intended to be taken in a limiting sense, and the scope of the present invention, if appropriately described, is limited only by the appended claims, along with all ranges equivalent to those claimed. In the drawings, similar reference numerals refer to the same or similar functions across various aspects.

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

1 is a perspective view of a spinal correction system 10 of the present invention, and FIG. 2 is a perspective view showing the orthodontic stone 100 of FIG. 1.

1 and 2, the orthodontic stone 100 is for treating the cervical spine, lumbar spine, and thoracic spine of a patient, and is divided into cervical spine, lumbar spine, and thoracic spine to provide physical stimulation effects of acupressure and correction, at the same time By providing a warming effect, it is characterized in that an effective treatment can be made in the correction of the spine.

The orthodontic stone 100 includes a lumbar orthodontic stone 110, a thoracic orthodontic stone 120, and a cervical orthodontic stone 130.

The lumbar orthognathic stone 110 is intended to correct a patient's lumbar region for physical treatment by applying a physical stimulus, and the lumbar orthognathic stone 110 has one side to facilitate stimulation of a curved portion of the lumbar region. It is characterized by being formed in a flat cone shape.

The thoracic orthognathic stone 120 is intended to correct a patient's thoracic vertebrae by applying physical stimulation to the patient for treatment, and the thoracic orthognathic stone 120 may be irritated to the entire thoracic region or the length of the spine In order to apply the stimulation, it is characterized in that one side is formed in the form of a long rod made of a semicircle.

The cervical orthognathic stone 130 is for correcting a cervical region of a patient to be treated by applying physical stimulation, and the cervical orthognathic stone 130 is formed in a semicircle shape to stimulate a curve of the cervical vertebra It is characterized by.

The lumbar orthognathic stone 110, thoracic vertebral stone 120, and cervical vertebrae stone 130 are formed of at least one of a hard synthetic synthetic resin or wood material or earthenware to provide physical stimulation to the affected area. It is characterized by being able to.

3 is a view of applying the orthodontic bed portion 200 that is another embodiment of the present invention spinal orthodontic system 10.

Referring to FIG. 3, the orthodontic bed portion 200 is formed to be treated by a patient lying down, and is characterized in that it is fixed or movable on the ground.

The orthodontic bed portion 200 includes a orthodontic bed frame 201, orthodontic bed 202, orthodontic handle 203, orthodontic stone fall prevention panel 204, or orthodontic stone fall detection sensor 205. do.

The orthodontic seat bed frame 201 is formed to support the orthodontic seat bed 202, and is formed in a rectangular frame to be movable and fixed on the ground.

The orthodontic bed 202 may be a patient lying down for treatment, and the orthodontic bed 202 is formed to be detachably attached to the orthodontic bed frame 201.

The orthodontic handle 203 is formed to hold the patient according to the position to be corrected during treatment or to prevent the patient from being dislodged on the orthodontic bed 202 during treatment, and the orthodontic handle 203 is corrected It is characterized by being formed on both sides of the stone bed frame 201.

The orthodontic fall prevention panel 204 is formed to prevent a patient who undergoes orthodontic treatment from falling on the orthodontic bed 202, and the orthodontic fall prevention panel 204 has both orthodontic seat bed frames 201. It is characterized by being formed.

The orthodontic stone fall prevention panel 204 is characterized in that the user manually rotates to fix it by being positioned upwards, or is automatically rotated by rotating means to be positioned to the orthodontic stone bed 202.

The orthodontic stone fall detection sensor 205 is to allow the patient moving on the orthodontic bed 202 to detect the risk of falling and automatically activate the orthodontic fall prevention panel 204. ) Is characterized in that a plurality of formed on the orthodontic bed (202).

More specifically, the orthodontic stone bed 202 is formed on one side and the other side, and when the patient is moved in one direction, the orthodontic stone fall prevention panel 204 in the moving direction is raised, and when the patient is moved in the other direction Orthodontic stone fall prevention panel 204 in the direction is formed to rise.

4 is a view of applying the orthodontic storage unit 210, which is another embodiment of the spinal correction system 10 of the present invention.

Referring to FIG. 4, the orthodontic storage unit 210 stores each unused orthodontic stone 100 required for the treatment of the affected area, or is characterized in that it stores the used orthodontic stone 100.

The orthodontic storage unit 210 includes a orthodontic storage case 211, a touch orthodontic seat opening and closing sensor 212, a orthodontic seat 100 detection sensor, and an orthodontic stone wearing state 214.

The orthodontic storage case 211 is formed such that the lumbar orthodontic stone 110, the thoracic orthodontic stone 120, and the cervical orthodontic stone 130 can be stored, respectively. It is characterized in that it is formed of a compartment so that the orthodontic stone 100 can be worn.

The orthodontic storage case 211 has one side fixed to the ground on one side of the orthodontic bed portion 200 or seated, and the other side is formed to be connected to one side of the orthodontic stone bed frame 201 so that it shakes when fixed with the ground. When it is prevented from occurring, and the lower portion of the orthodontic storage case 211 is moved through the wheels on the ground, it is connected to the orthodontic seat bed frame 201 and is formed to be movable when the orthodontic seat bed frame 201 moves. It is characterized by.

The touch correction seat opening/closing sensor 212 is for opening and closing the case door for shipping or using the correction seat 100, or for putting the used correction seat 100 to the initial position, the touch correction seat opening/closing sensor ( 212) is characterized in that when the user or the patient touches the case door, the case door on which the corresponding orthodontic seat 100 is located is opened and closed.

That is, the touch orthodontic opening/closing sensor 212 detects this by touching the case door of the orthodontic stone 100 to be used, and the case door is opened, and the case door is closed by touching the case door again. Is done.

The orthodontic stone 100 detection sensor is a sensor for operating the orthodontic stone wearing state light 214, and the orthodontic stone 100 detection sensor is formed in each corresponding compartment of the orthodontic storage case 211, respectively. Is done.

The correction seat 100 sensor provides a signal to the correction seat arrival status lamp 214 when the correction seat 100 is received in the corresponding compartment, and when the correction seat 100 is shipped to the compartment, the correction seat 100 It is characterized in that it provides a delivery signal to the receiving state lamp (214) side.

The correction seat arrival status lamp 214 is for displaying the status for each color according to a signal provided from the detection seat 100 of the correction seat 100, and the correction seat reception status lamp 214 receives, for example, a reception status signal. It is characterized in that the blue light is turned on when provided, and the red light is turned on when the factory status signal is provided.

The orthodontic stone wearing state lamp 214 is characterized in that it is formed on one side of each compartment of the orthodontic storage case 211.

5 is a view of applying the chiropractic treatment unit 220 which is another embodiment of the present invention spinal correction system 10.

5, the acupressure treatment unit 220 is for treating the affected area using the orthodontic stone 100, and using the orthodontic stone 100, the orthodontic stone bed unit to apply physical stimulation to the affected area ( 200).

The acupressure treatment unit 220 includes an orthodontic attachment and detachment 221, a first orthodontic stone cylinder 222, a second orthodontic stone cylinder 223, and a third orthodontic stone cylinder 224.

The orthodontic seating talbar 221 is formed on the orthodontic bed frame 201, respectively, the orthodontic bed frame 201 where the patient's lumbar region is located and the orthodontic bed frame where the patient's thoracic region is located (201) is characterized in that each of the upper and right orthodontic bed frame 201 is located above the cervical region of the patient.

The orthodontic seating and removal bar 221 is formed so that the orthodontic seat 100 can be attached and detached. When the orthodontic seat 100 used is used, it is used in combination with the orthodontic seat and remover 221. When completed, it is made by separating the orthodontic stone 100 from the orthodontic seater 221.

The first orthodontic cylinder 222 is for raising or lowering the lumbar orthognathic stone 110 toward the affected part, and the first orthodontic cylinder 222 is a corrective seat removal bar 221 located at the lumbar region. It is characterized in that formed between the orthodontic bed frame (201).

The first orthodontic cylinder 222 is characterized in that it is formed to enable step-by-step adjustment according to a patient's treatment condition.

The second orthodontic cylinder 223 is intended to raise or lower the thoracic orthognathic stone 120 toward the affected area, and the second orthodontic cylinder 223 may be located in the thoracic region with orthodontic attachment and detachment bar 221. It is characterized in that formed between the orthodontic bed frame (201).

The second orthodontic cylinder 223 is characterized in that it is formed to allow step-by-step adjustment according to a patient's treatment condition.

The third orthodontic cylinder 224 is for raising or lowering the cervical orthognathic stone 130 to the affected part, and the third orthodontic cylinder 224 is a corrective seat removal bar 221 located at the cervical region. It is characterized in that formed between the orthodontic bed frame (201).

The third orthodontic cylinder 224 is characterized in that it is formed to enable step-by-step adjustment according to the treatment state of the patient.

The first orthodontic cylinder 222, the second orthodontic cylinder 223, and the third orthodontic cylinder 224 are characterized in that they are formed such that only cylinders used for the treatment are operated or simultaneously operated. .

6 is a view of applying the orthodontic stone cleaning unit 230, which is another embodiment of the present invention, the spinal orthodontic system 10 of the present invention.

Referring to FIG. 6, the orthodontic stone washing unit 230 is for washing the orthodontic stone 100 used for treatment, and the orthodontic stone 100 is cleaned by washing with air and washing with a brush. .

The orthodontic stone washing unit 230 includes a orthodontic stone washing box 231, a orthodontic stone cleaning brush 235, a orthodontic stone cleaning nozzle 232, orthodontic stone fan 233, or orthodontic stone sterilization lamp 234.

The orthodontic stone washing box 231 is for cleaning each orthodontic stone 100 used for treatment, and the orthodontic stone washing box 231 is connected to one side of the orthodontic stone bed frame 201 and fixed to the ground. It is characterized by being formed to be movable.

The orthodontic stone washing box 231 is characterized in that it is formed as a compartment so that each orthodontic stone 100 can be worn.

The orthodontic stone cleaning brush 235 is for removing foreign substances on the orthodontic stone 100, and the orthogonal stone cleaning brush 235 is formed with a rotating shaft in one direction in the orthodontic stone cleaning box 231, It is characterized in that the orthogonal stone washing brush 235 is coupled to the rotating shaft to be formed so that the orthodontic stone washing brush 235 for each compartment is positioned, and the rotating shaft is rotated by a motor located at one end.

The orthodontic cleaning nozzle 232 is intended to remove dust on the orthodontic stone 100 by spraying high-pressure air to each orthodontic stone 100, and the orthodontic cleaning nozzle 232 washes orthodontic stone ( It is characterized in that it is formed on one side in each compartment of 231).

The orthodontic stone cleaning nozzle 232 is characterized in that the orthodontic stone cleaning nozzle 232 is formed in a washing tube that is formed in one direction in the same direction as the orthogonal stone cleaning brush 235 and penetrates the corresponding compartment.

The orthodontic stone fan 233 is for discharging dust scattered in the orthodontic stone washing box 231 to the outside, and the orthodontic stone fan 233 is formed to one side of the orthodontic stone cleaning box 231.

The orthogonal seat fan 233 is characterized in that it operates at the same time or at the same time when the orthogonal stone washing nozzle 232 is operated or when the orthogonal stone washing brush 235 is operated.

The orthodontic stone sterilization lamp 234 is for sterilizing each washed orthodontic stone 100, and the orthodontic sterilization lamp 234 is installed in each orthogonal interior of the orthodontic stone washing box 231, or orthodontic stone cleaning Characterized in that it is formed to the opening and closing door side of the ship (231).

The orthodontic stone sterilization lamp 234 is lit by time, it is characterized in that the orthodontic stone cleaning nozzle 232 and the orthodontic stone cleaning brush 235 does not light up when the operation.

7 is a view to which the orthodontic stone vibration unit 240, which is another embodiment of the present invention, the orthodontic system 10 is applied.

Referring to FIG. 7, the orthodontic stone vibration unit 240 is configured to generate vibration in the orthodontic stone 100 to provide vibration to the affected part to maximize the effect of treatment.

The orthodontic stone vibration unit 240 includes an orthodontic stone oscillator 241 and an oscillator member 242.

The orthodontic oscillator 241 is intended to provide a more efficient treatment by applying vibration to the affected area, and the orthodontic oscillator 241 includes the lumbar orthodontic stone 110, the thoracic orthodontic stone 120, and the cervical orthognathic stone 130 It is characterized by being formed in each interior.

The oscillator member 242 is formed such that the orthodontic stone oscillator 241 can be coupled to each orthodontic stone 100, and the orthodontic stone oscillator 241 is seated inside the oscillator member 242, and the oscillator The member 242 is formed to be coupled to the inside of the orthodontic stone 100 by a screw coupling method or a coupling method using a bolt means.

8 is a view of applying the orthodontic treatment fixation 250, which is another embodiment of the spinal correction system 10 of the present invention.

Referring to FIG. 8, the orthodontic treatment fixation 250 is used to fix a patient on the orthodontic bed 200 during treatment using the orthodontic stone 100, and the patient's posture is maintained while being treated. It is characterized in that to be made.

The orthodontic treatment fixation 250 includes a first fixed frame 251, a first fixed band 252, a first band cylinder 253, a second fixed frame 254, a second fixed band 255, It includes a second band cylinder 256, a third fixed frame 257, a third fixed band 258, a third band cylinder 259.

The first fixing frame 251 is for fixing the lumbar region using a band, and one side of the band fixing the lumbar region is formed on both sides of the orthodontic bed frame 201 to be connected.

The first fixing band 252 is for fixing the patient's lumbar spine, the first fixing band 252 is connected to the first fixing frame 251, the other side is formed to fix the lumbar spine Is done.

That is, each of the first fixing bands 252 is formed on the first fixing frame 251 formed on both sides, and the first fixing bands 252 formed on both sides are formed to surround the lumbar region, so that the first of both sides is formed. The fixing bands 252 are attached to each other, so that the lumbar region is fixed on the first fixing frame 251.

The first band cylinder 253 is formed to raise or lower the lumbar spine fixed by the first fixed band 252 according to treatment, and the first band cylinder 253 is formed on both sides of the first band cylinder 253 It is characterized in that it is formed on each side of the fixed frame (251).

The second fixing frame 254 is for fixing the thoracic region using a band, and one side of the band fixing the thoracic region is formed on both sides of the orthodontic bed frame 201 to be connected.

The second fixing band 255 is for fixing the patient's thoracic spine, the second fixing band 255 is connected to the second fixing frame 254, the other side is formed to fix the thoracic spine Is done.

That is, each second fixing band 255 is formed on the second fixing frame 254 formed on both sides, and the second fixing band 255 formed on both sides is formed to surround the thoracic region, so that the second fixing frame 254 is formed on both sides. The fixed band 255 is attached to each other, characterized in that the thoracic region is fixed on the second fixed frame 254.

The second band cylinder 256 is formed to raise or lower the thoracic vertebrae fixed with the second fixed band 255 according to treatment, and the second band cylinder 256 is formed on both sides. It is characterized in that it is formed on each side of the fixed frame 254.

The third fixing frame 257 is for fixing the cervical region using a band, and one side of the band fixing the cervical region is formed on both sides of the orthodontic bed frame 201 in order to be connected.

The third fixing band 258 is for fixing the cervical spine of the patient, the third fixing band 258 is connected to the third fixing frame 257 on one side, the other side is formed to fix the cervical spine Is done.

That is, each of the third fixing bands 258 is formed on the third fixing frames 257 formed on both sides, and the third fixing bands 258 formed on both sides are formed to surround the cervical vertebrae, thereby forming the third fixing sides. The fixing band 258 is attached to each other and is characterized in that the cervical region is fixed on the third fixing frame 257.

The third band cylinder 259 is formed to raise or lower the cervical spine fixed with the third fixed band 258 according to treatment, and the third band cylinder 259 is formed on both sides of the third band cylinder 259 It characterized in that it is formed on each side of the fixed frame 257.

1 is a perspective view of the spinal correction system 10 of the present invention, and FIG. 9 is a perspective view showing the orthodontic table 300 of FIG. 1.

1 and 9, the orthodontic base 300 is for treating the cervical spine, pelvis, and thoracic spine of a patient, and is divided into cervical spine, pelvis, and thoracic spine, respectively, to provide spinal correction by providing physical stimulation effects of acupressure and correction It is characterized by allowing effective treatment to be achieved.

The orthodontic 300 includes a pelvic orthodontic 310 and a thoracic orthodontic 320 and a cervical orthodontic 330.

The pelvic correction 310 is for physically stimulating and treating the pelvic region of a patient for treatment, and the pelvic correction 310 is formed in a circular rod shape.

The thoracic brace 320 is for physically stimulating and treating the thoracic region of a patient for treatment, and the thoracic vertebra brace 320 is characterized in that it is formed in a flat circular rod shape on one side.

The cervical brace 330 is for physically stimulating and treating a cervical region of a patient for treatment, and the cervical brace 330 is formed in a circular bar shape.

The pelvic brace 310, thoracic vertebra brace 320, and cervical brace 330 are formed of a hard synthetic resin or wood material to provide physical irritation to the affected area. It is characterized by being.

FIG. 10 is a view to which the orthodontic bed portion 400, which is another embodiment of the spinal correction system 10 of the present invention, is applied.

Referring to FIG. 10, the orthodontic bed portion 400 is formed to be treated by a patient lying down, and is characterized in that it is fixed on the ground or formed to be movable.

The orthodontic bed portion 400 includes a orthodontic bed frame 401, a orthodontic bed 402, a first orthodontic bar fixing bar 403, a second orthodontic table fixing bar 404, or a third orthodontic table fixing bar. (405), a calibration stand handle 406, a calibration stand fall prevention panel 407, and includes a calibration stand fall detection sensor 408.

The orthodontic bed frame 401 is formed to support the orthodontic bed 402, and is characterized in that it is formed in a rectangular frame to be movable and fixed on the ground.

The orthodontic bed 402 may be a patient lying down for treatment, and the orthodontic bed 402 is formed to be detachably attached to the upper surface of the orthodontic bed frame 401.

The first orthodontic bar 403 is formed so that the pelvic orthodontic bar 310 can be combined, and the first orthodontic bar bar 403 is formed on both sides of the orthodontic bed frame 401. It is characterized by.

The second orthodontic bar 404 is formed so that the thoracic orthodontic bar 320 can be coupled, and the second orthodontic bar bar 404 is formed on both sides of the orthodontic bed frame 401. It is characterized by.

The third orthodontic bar 405 is formed so that the cervical orthodontic bar 330 can be coupled, and the third orthodontic bar bar 405 is formed on both sides of the orthodontic bed frame 401. It is characterized by.

The orthodontic bed 402 handle is formed to hold the patient according to the position to be corrected during treatment or to hold the orthodontic bed 202 during treatment, so that the orthodontic bed 402 handle Is characterized in that it is formed on both sides of the orthodontic bed frame (401).

The orthodontic fall prevention panel 407 is formed to prevent a patient receiving orthodontic treatment from falling on the orthodontic bed 402, wherein the orthodontic fall prevention panel 407 has both orthodontic bed frames 401. It is characterized by being formed.

The orthodontic fall prevention panel 407 is characterized in that the user manually rotates to fix the position to the upper position, or is automatically rotated by a rotating means to be positioned to the upper position of the orthodontic bed 402.

The orthodontic fall detection sensor 408 is to allow the patient moving on the orthodontic bed 402 to detect the risk of falling and automatically activate the orthodontic fall prevention panel 407, wherein the orthodontic fall detection sensor 408 ) Is characterized in that a plurality of formed on the orthodontic bed (402).

More specifically, the orthodontic bed fall prevention panel 407 in the direction to be moved when the patient is moved in one direction is formed on one side and the other side of the orthodontic bed 402, and when the patient is moved in the other direction Correction stand fall prevention panel 407 in the moving direction is formed to rise.

11 is a view to which the orthodontic storage unit 410, which is another embodiment of the spinal correction system 10 of the present invention, is applied.

Referring to FIG. 11, the orthodontic storage unit 410 is for storing each unused orthodontic table 300 required for the treatment of the affected area, or for storing the used orthodontic table 300.

The calibration table storage unit 410 includes a calibration table storage case 411, a calibration table opening and closing sensor 412, a calibration table detection sensor 413, and a calibration storage status 414.

The orthodontic storage case 411 is formed so that the pelvic orthodontic 310 and the thoracic orthodontic orthodontic 320 and the cervical orthodontic orthodontic 330 can be stored, respectively. It is characterized in that the orthodontic table 300 is formed as a compartment so that it can be received.

The orthodontic storage case 411 is fixed to one side of the orthodontic bed portion 400, or is seated, and the other side is formed to be connected to one side of the orthodontic bed frame 401 so as to shake when fixed to the ground. When the lower portion of the orthodontic storage case 411 is moved through a wheel on the ground, it is connected to the orthodontic bed frame 401 so that it can be moved together when the orthodontic bed frame 401 moves. It is characterized by.

The orthodontic opening/closing sensor 412 is used to release or use the orthodontic table 300, or to open and close a case door for putting the used orthodontic table 300 to an initial position, and the orthodontic opening and closing sensor 412 Is characterized in that when the user or the patient touches the case door, the case door on which the orthodontic table 300 is located is opened and closed.

In other words, when the case door of the orthodontic table 300 to be used is touched, the orthodontic opening/closing sensor 412 detects this and the case door is opened, and the case door is closed to re-open the case door. do.

The orthodontic detection sensor 413 is a sensor for operating the orthodontic storage status lamp 414, and the orthodontic detection sensor 413 is formed in each corresponding compartment of the orthodontic storage case 411, respectively. Is done.

The calibration table detection sensor 413 provides an incoming signal to the calibration stand wearing status lamp 414 when the calibration stand 300 is received in the corresponding compartment, and when the calibration stand 300 is delivered to the compartment, the calibration stand It is characterized in that it provides a delivery signal to the receiving state lamp 414 side.

The calibration admission status lamp 414 is for displaying the status for each color according to a signal provided from the calibration detection sensor 413, and the calibration admission status lamp 414 receives, for example, a receipt status signal. It is characterized in that the blue light is turned on when provided, and the red light is turned on when the factory status signal is provided.

The orthodontic storage status lamp 414 is characterized in that it is formed on one side of each compartment of the orthodontic storage case (411).

12 is a view to which the orthodontic treatment unit 420, which is another embodiment of the spinal correction system 10 of the present invention, is applied.

Referring to FIG. 12, the orthodontic treatment unit 420 is for treating the affected area using the orthodontic table 300, and the orthodontic bed portion to apply physical stimulation to the affected area using the orthodontic table 300. It is characterized in that formed on the (400).

The orthodontic treatment unit 420 includes a first fixing bar connecting member 421, a first cylinder 422, a second fixing bar connecting member 423, a second cylinder 424, and a third fixing bar connecting member ( 425), a third cylinder 426.

The first fixing bar connecting member 421 is formed on the orthodontic bed frame 401, and more specifically, is formed at a pelvic position on the orthodontic bed frame 401.

The first fixing bar connecting member 421 is formed so that the pelvic correction table 310 can be detached. The pelvic correction table 310 is used in combination with the first fixing bar connecting member 421 when used. When this is completed, it is made by separating the pelvic correction table 310 from the first fixing bar connecting member 421.

The first cylinder 422 is for raising or lowering the pelvic correction table 310 toward the affected area, and the first cylinder 422 is calibrated with the first fixed bar connecting member 421 located at the pelvic area It is characterized in that formed between the large bed frame (401).

The first cylinder 422 is characterized in that it is formed to enable step-by-step adjustment according to the patient's treatment condition.

The second fixing bar connecting member 423 is formed on the orthodontic bed frame 401, and more specifically, is formed at a thoracic position on the orthodontic bed frame 401.

The second fixed bar connecting member 423 is formed to be detachable of the thoracic brace orthodontic brace 320, and the thoracic vertebra brace 320 is used in conjunction with the second fixed bar connecting member 423 when used. When this is completed, it is made by separating the thoracic orthodontic stand 320 from the second fixing bar connecting member 423.

The second cylinder 424 is for raising or lowering the thoracic orthodontic brace 320 to the affected side, and the second cylinder 424 is a second fixed bar connecting member 423 and a correction table positioned at the thoracic region. It is characterized in that formed between the bed frame 401.

The second cylinder 424 is characterized in that it is formed to be adjustable step by step according to the treatment state of the patient.

The third fixing bar connecting member 425 is formed on the orthodontic bed frame 401, and more specifically, is formed at a cervical spine position on the orthodontic bed frame 401.

The third fixing bar connecting member 425 is formed to be detachable from the cervical brace. The cervical brace 330 is used in combination with the third fixing bar connecting member 425 when used. When it is completed, it is made by separating the cervical vertebra brace 330 from the third fixing bar connecting member 425.

The third cylinder 426 is for raising or lowering the cervical vertebra brace 330 toward the affected part, and the third cylinder 426 is a third fixed bar connecting member 425 and a calibration table positioned at the cervical vertebra region. It is characterized in that formed between the bed frame 401.

The third cylinder 426 is characterized in that it is formed to enable step-by-step adjustment according to the patient's treatment condition.

13 is a view to which the orthodontic cleaning unit 430, which is another embodiment of the spinal correction system 10 of the present invention, is applied.

Referring to Figure 13, the orthodontic cleaning unit 430 is for cleaning the orthodontic 300 used in the treatment is characterized in that the washing through the air and washing through the brush.

The orthodontic cleaning unit 430 includes a orthodontic cleaning box 431, a orthodontic cleaning brush 432, a orthodontic cleaning nozzle 433, or a orthodontic discharging fan, or orthodontic disinfection lamp 434. Includes.

The orthodontic cleaning box 431 is for cleaning each orthodontic appliance 300 used for treatment, and the orthodontic cleaning unit 431 is connected to one side of the orthodontic bed frame 401 and fixed to the ground. It is characterized by being formed to be movable.

The orthodontic cleaning box 431 is characterized in that it is formed as a compartment so that each of the orthodontic table 300 can be received.

The orthodontic cleaning brush 432 is for removing foreign substances on the orthodontic table 300, the orthodontic cleaning brush 432 is formed with a rotation axis in one direction in the orthodontic cleaning box 431, It is characterized in that the orthodontic washing brush 432 is coupled to the rotating shaft, so that the orthodontic washing brush 432 for each compartment is positioned, and the rotating shaft is rotated by a motor located at one end.

The orthodontic cleaning nozzle 433 is for removing dust from the orthodontic 300 by spraying high-pressure air toward each orthodontic 300, and the orthodontic cleaning nozzle 433 performs orthodontic cleaning ( It is characterized by being formed on one side in each compartment of 431).

The orthodontic cleaning nozzle 433 is characterized in that, like the orthodontic cleaning brush 432, a washing tube is formed in one direction and a washing tube passing through the compartment is formed.

The calibration table 300 is for discharging dust scattered in the calibration table washing box 431 to the outside, and the calibration table 300 is for discharging foreign substances to one side of the calibration table cleaning box 431. It is characterized by being.

The calibration table 300 is characterized in that the foreign material discharge fan is operated at the time, when the calibration table cleaning nozzle 433 is operated, or when the calibration table cleaning brush 432 is operated, or at the same time.

The orthodontic sterilization lamp 434 is for sterilizing each washed orthodontic lamp 300, and the orthodontic sterilization lamp 434 is installed for each compartment inside the orthodontic cleaning box 431, or orthodontic cleaning It characterized in that it is formed on the side of the opening and closing door of the 431.

The orthodontic lamp 434 is lit hourly, it is characterized in that the orthodontic cleaning nozzle 433 and the orthodontic cleaning brush 432 does not light up during operation.

14 is a view to which another embodiment of the spinal correction system 10 of the present invention is applied.

Referring to FIG. 14, the orthodontic buffer portion 440 is characterized in that it uses the orthodontic table 300 to relieve the affected area when stimulated using a certain pressure.

The orthodontic buffer portion 440 includes a orthodontic buffer member 441 and a orthodontic buffer buffer 442.

The orthodontic buffer portion 440 is formed on one side of the first fixed bar connecting member 421, the second fixed bar connecting member 423, and the third fixed bar connecting member 425, respectively. The connecting member 421, the second fixing bar connecting member 423, and the third fixing bar connecting member 425 are formed to prevent the orthodontic spring 300 formed from the outer periphery from being detached.

In the orthodontic buffer spring 442, the orthodontic table 300 includes a first fixed bar connecting member 421 and a second fixed bar connecting member 423, as the orthodontic stone 100 presses the affected part at a constant pressure. It is characterized in that the pressure applied to the affected part is relieved by being pushed to the third fixing bar connecting member 425 by a certain pressure.

The orthodontic spring buffer 442 is characterized in that it is formed by the outer periphery of the first fixed bar connecting member 421, the second fixed bar connecting member 423 and the third fixed bar connecting member 425, respectively. As the base 300 is pushed, the orthodontic cushion buffer member 441 is pushed at a constant pressure toward the orthodontic cushion buffer spring 442.

15 is a view of applying the orthodontic treatment fixation 450, which is another embodiment of the spinal correction system 10 of the present invention.

15, the orthodontic treatment fixing portion 450 is for fixing a patient on the orthodontic bed 402 during treatment using the orthodontic table 300, and the patient's posture is maintained while being treated. It is characterized in that to be made.

The orthodontic treatment fixation 450 includes a fourth fixing frame 451, a fourth fixing band 452, a fourth band cylinder 453, a fifth fixing frame 454, a fifth fixing band 455, It includes a fifth band cylinder 456, a sixth fixed frame 457, a sixth fixed band 458, a sixth band cylinder 459.

The fourth fixing frame 451 is for fixing the pelvic region using a band, and one side of the band fixing the pelvic region is formed on both sides of the orthodontic bed frame 401 so as to be connected and formed.

The fourth fixing band 452 is for fixing the pelvis of the patient, one side of the fourth fixing band 452 is connected to the fourth fixing frame 451, and the other side is formed to fix the pelvis Is done.

That is, each of the fourth fixing bands 452 are formed on the fourth fixing frame 451 formed on both sides, and the fourth fixing bands 452 formed on both sides are formed to surround the pelvic region, thereby forming the fourth fixing frame 451. The fixing band 452 is attached to each other, characterized in that the pelvic region is fixed position on the fourth fixing frame (451).

The fourth band cylinder 453 is formed to raise or lower the pelvis fixed by the fourth fixing band 452 according to treatment, and the fourth band cylinder 453 is formed on both sides. It is characterized in that it is formed on each side of the fixed frame 451.

The fifth fixing frame 454 is for fixing the thoracic region using a band, and one side of the band fixing the thoracic region is formed on both sides of the orthodontic bed frame 401 in order to be connected.

The fifth fixing band 455 is for fixing the patient's thoracic spine, and the fifth fixing band 455 is connected to the fifth fixing frame 454, and the other side is formed to fix the thoracic spine. Is done.

That is, each of the fifth fixing bands 455 is formed on the fifth fixing frame 454 formed on both sides, and the fifth fixing bands 455 formed on both sides are formed to surround the thoracic region, and thus the fifth of both sides. The fixing band 455 is attached to each other, and is characterized in that the thoracic region is fixed on the fifth fixing frame 454.

The fifth band cylinder 456 is formed to raise or lower the thoracic vertebrae fixed with the fifth fixing band 455 according to treatment, and the fifth band cylinder 456 is formed on both sides of the fifth It is characterized in that it is respectively formed on one side of the fixed frame (454).

The sixth fixing frame 457 is for fixing the cervical vertebrae using a band, and one side of the band fixing the cervical vertebrae is formed on both sides of the orthodontic bed frame 401 to be connected.

The sixth fixing band 458 is for fixing the cervical spine of the patient, one side of the sixth fixing band 458 is connected to the sixth fixing frame 457, and the other side is formed to fix the cervical spine. Is done.

That is, each sixth fixing band 458 is formed on the sixth fixing frame 457 formed on both sides, and the sixth fixing band 458 formed on both sides is formed to surround the cervical vertebrae so that the sixth of both sides is formed. The fixing band 458 is attached to each other and is characterized in that the cervical region is fixed on the sixth fixing frame 457.

The sixth band cylinder 459 is formed to raise or lower the cervical spine fixed by the sixth fixed band 458 according to treatment, and the sixth band cylinder 459 is formed on both sides of the sixth band cylinder 459 It characterized in that it is formed on each side of the fixed frame (457).

The above-described embodiments are for illustration only, and those having ordinary knowledge in the technical field to which the above-described embodiments belong can easily be modified into other specific forms without changing the technical idea or essential features of the above-described embodiments. You will understand. Therefore, it should be understood that the above-described embodiments are illustrative in all respects and not restrictive. For example, each component described as a single type may be implemented in a distributed manner, and similarly, components described as distributed may be implemented in a combined form.

The scope to be protected through the present specification is indicated by the claims, which will be described later, rather than the detailed description, and should be interpreted to include all modified or modified forms derived from the meaning and scope of the claims and the equivalent concept. .

10: chiropractic system
100: orthodontic stone 110: lumbar orthodontic stone
120: thoracic orthodontic stone 130: cervical orthodontic stone
200: orthodontic bed section 201: orthodontic bed frame
202: corrective seat bed 203: corrective seat handle
204: Falling prevention panel for orthodontic stone 205: Falling detection sensor for orthodontic stone
210: orthodontic storage unit 211: orthodontic storage case
212: Correction stone opening and closing sensor 213: Correction stone detection sensor
214: Correction seat arrival status, etc.
220: Chiropractor 221: Orthodontic deposition
222: 1st correction seat cylinder 223: 2nd correction seat cylinder
224: 3rd correction seat cylinder
230: orthodontic stone cleaning unit 231: orthodontic stone cleaning box
232: cleaning stone cleaning nozzle 233: calibration stone fan
234: Orthodontic sterilization lamp 235: Orthodontic stone cleaning brush
240: orthodontic stone vibration unit 241: orthodontic stone vibration unit
242: vibrator member
250: Orthodontic treatment fixation 251: 1st fixed frame
252: 1st fixed band 253: 1st band cylinder
254: 2nd fixed frame 255: 2nd fixed band
256: 2nd band cylinder 257: 3rd fixed frame
258: 3rd fixed band 259: 3rd band cylinder
300: Orthodontic 310: Pelvic Orthodontic
320: thoracic vertebra brace 330: cervical vertebra brace
400: orthodontic bed portion 401: orthodontic bed frame
402: Correction stand bed 403: 1st correction stand fixing bar
404: 2nd calibration stand fixing bar 405: 3rd calibration stand fixing bar
406: Orthodontic handle 407: Orthodontic fall prevention panel
408: fall detection sensor
410: calibration storage unit 411: calibration storage case
412: calibration stand opening and closing sensor 413: calibration stand detection sensor
414: calibration status
420: Orthodontic treatment unit 421: First fixing bar connecting member
422: first cylinder 423: second fixing bar connecting member
424: 2nd cylinder 425: 3rd fixing bar connecting member
426: 3rd cylinder
430: orthodontic cleaning unit 431: orthodontic cleaning unit
432: Orthodontic cleaning brush 433: Orthodontic cleaning nozzle
434: Calibration stand sterilization lamp 435: Calibration stand foreign material discharge fan
440: orthodontic buffer portion 441: orthodontic buffer element
442: Orthodontic spring
450: Orthodontic treatment fixation 451: 4th fixation frame
452: 4th fixed band 453: 4th band cylinder
454: 5th fixed frame 455: 5th fixed band
456: 5th band cylinder 457: 6th fixed frame
458: 6th fixed band 459: 6th band cylinder

Claims (2)

It is divided into cervical, lumbar, and thoracic vertebrae to provide a warming effect and at the same time provide a physical stimulation effect to form a cone to form a conical shape to stimulate and correct the lumbar region to correct and treat the spinal joint; Thoracic orthognathic stone formed in the shape of a rod in a semicircle so that treatment for stimulating and correcting the thoracic region is made; In the spine correction system including a corrective stone formed of a cervical orthodontic stone formed in a semicircular shape so that the treatment for stimulating and correcting the cervical vertebra region,
The chiropractic system,
Orthodontic stone bed for the patient to receive spine treatment using the orthodontic stone; And
An orthodontic stone storage unit for storing orthodontic stones necessary for treatment; And
Chiropractic treatment unit formed on the orthodontic bed portion to treat the affected area using the orthodontic stone; And
Orthodontic stone washing unit for cleaning the orthodontic stone used for treatment; And
A correction stone vibration unit for generating vibration and providing vibration to the affected area through the correction stone; And
Further comprising orthodontic treatment fixation for fixing the patient on the orthodontic bed during treatment using orthodontic stone,
The orthodontic bed portion,
Orthodontic bed frame is formed to be movable and fixed on the ground to support the orthodontic bed;
Orthodontic bed which is formed on top of the orthodontic bed frame to allow the patient to lie down for treatment;
Orthodontic bed handles formed on both sides of the orthodontic bed to hold the patient to move the body according to the position to be corrected;
Orthodontic fall prevention panel formed on both sides of the orthodontic bed frame to prevent the patient from falling under the bed during orthodontic treatment;
Includes orthodontic fall detection sensor formed on the orthodontic bed to sense the movement of the patient,
The orthodontic storage unit,
An orthodontic stone storage case fixed to one side of the orthodontic bed portion for storing orthodontic stones used for treatment, and one side connected to the orthodontic bed frame;
A touch correction stone opening/closing sensor formed on one side of the correction stone storage case so that the door of the correction stone storage case for detecting the user's touch is opened and closed;
Orthodontic stone detection sensors are each formed in the interior of the compartment of the orthodontic storage case to detect the state of acceptance of the orthodontic stone;
Including the orthodontic seating status, etc., which are formed in at least one of the front of the orthodontic storage case or the compartment to inform the user of the state of acceptance of the orthodontic seat in the compartment,
The acupressure treatment unit,
Orthodontic seating bar formed on the orthodontic bed frame so as to be detached during treatment using one of the lumbar orthodontic stones and thoracic orthognathic stones and cervical orthognathic stones;
A first orthodontic stone cylinder on one side of which is connected to the orthodontic seating tamba so as to raise or lower the lumbar orthodontic stone to the affected part, and the other side is coupled to the orthodontic bed frame;
A second orthodontic stone cylinder on one side of which is connected to the orthodontic seating tamba so as to raise or lower the thoracic orthodontic stone to the affected part, and the other side is coupled to the orthodontic bed frame;
One side is connected to the orthodontic seating bar to raise or lower the cervical orthodontic stone to the affected part, and the third side includes a third orthodontic cylinder that is formed to be coupled to the orthodontic bed frame,
The orthodontic stone washing unit,
To clean each used orthodontic stone, it is formed of a housing and connected to one side of the orthodontic bed frame, and the orthodontic stone washing box is fixed to the ground;
Orthodontic cleaning box Orthodontic cleaning brush formed to remove foreign substances on the orthodontic stone in each compartment;
Orthodontic cleaning nozzles formed at each compartment side of the orthodontic cleaning box to inject high-pressure air to each orthodontic seat;
A calibration stone fan formed on one side of the calibration stone cleaning box to discharge dust and foreign substances scattered inside the calibration stone cleaning box to the outside;
In order to sterilize each cleaned orthodontic stone, the orthodontic stone sterilization lamp is formed in each compartment inside the orthodontic cleaning box.
The orthodontic stone vibration unit,
Orthodontic stone oscillator formed inside each orthodontic stone to provide vibration to the affected part;
Includes an oscillator member formed around the orthodontic oscillator so that the orthodontic oscillator is coupled to each orthodontic stone,
The orthodontic stone treatment fixation,
A first fixed frame formed on both sides of a corrective stone bed frame which is a lumbar position;
A first fixing band having one side connected to the first fixing frame to fix the patient's lumbar spine;
A first band cylinder formed on one side of the first fixed frame to raise or lower the lumbar vertebrae fixed by the first fixed band;
A second fixed frame formed on both sides of the orthodontic stone bed frame which is a thoracic spine position;
A second fixing band having one side connected to the second fixing frame to fix the patient's thoracic spine;
A second band cylinder formed on one side of the second fixing frame to raise or lower the lumbar vertebrae fixed by the second fixing band;
A third fixed frame formed on both sides of the cervical spine bed frame;
A third fixing band having one side connected to the third fixing frame to fix the patient's cervical spine;
Chiropractic system comprising a third band cylinder formed on one side of the third fixed frame to raise or lower the lumbar vertebrae fixed by the third fixed band. delete

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