KR101093555B1 - Device for posture correction - Google Patents

Abstract

The present invention relates to a sitting posture correcting mechanism, and more particularly, a sitting posture to correct a sitting posture so as to be a correct sitting posture through a correcting device, and to continuously maintain a correct posture in the corrected posture. It is about a calibration mechanism.
Looking at the configuration of the present invention for achieving the above invention,
The seat body to allow the user to sit, the camera body is connected to the seat body, photographing the sitting position of the user, and formed from the inside of the seat body to the outside, according to the data received from the camera body, In the sitting posture correcting mechanism produced by the data of the correction device including a correction unit for correcting by allowing the sitting posture to flow,
The chair body is assembled according to the data of the calibration device,
A close contact plate which is in close contact with the hip of the user, a cushion plate which is formed in close contact with the lower surface of the contact plate, and a close contact with the lower surface of the cushion plate, which is configured to include a processed plate which is modified and manufactured according to the data of the calibration device. Sitting posture correction mechanism characterized in that.

Description

Sitting posture corrector {DEVICE FOR POSTURE CORRECTION}

The present invention relates to a sitting posture correcting mechanism, and more particularly, a sitting posture to correct a sitting posture so as to be a correct sitting posture through a correcting device, and to continuously maintain a correct posture in the corrected posture. It is about a calibration mechanism.

Low back pain is one of the well-known diseases of modern people, and it is often caused by wrong lifestyles such as sitting in an incorrect position for a long time or taking an incorrect position. The back pain is usually associated with spinal flexion damage in a very close relationship with the spine.

The spine is the most important part of maintaining the human body, which is also essential to maintain a correct posture.

For modern people who have a lot of time to sit and live, the right posture is a more necessary lifestyle, and the right posture is more demanding for patients with low back pain.

However, modern people often bow their heads or bend their backs to read books or play computers, and more often they take their heads for long periods of time to study.

Repeatedly taking bad posture, the head protrudes forward than the shoulder, and the back is retracted and bent backwards, and the abdomen moves forward with the head by the ergonomic mutual correction. Will change to This makes it easier for the neckbone to be straight neck or curved forward, and the head moves forward of the shoulder line due to the weight. Muscles are always stiff and tightly packed.

This causes the back neck to become stiff and tension headaches, and the shoulder muscles become sorely touched and fatigued.

In addition, the weight is added to the neck (cervical spine) or the curved portion of the anterior curve of the neck so that the neck disk is separated from the neck bone causing the neck disk disease.

In addition, the back is bent backwards and the spine of the bent back to back joints, so the vertebrae (upper thoracic vertebrae) are easily shifted from side to side or inclined. The weight is directed to the lower lumbar spine and the lumbar disc and intervertebral cavity (space between bones) are narrowed, compressing the spinal nerve and causing lumbar disc disease.

As such, the bad posture causes the gravity of the bad posture to be concentrated along with the overuse of the large and small vertebrae, resulting in normal curvature of the spine. Discs, cartilage and joints, blood circulation around bones, central and peripheral nerves, autonomic nerves and all organs are adversely affected.

These bad postures cause a variety of diseases, including neck and shoulder muscle tension and pain, chronic fatigue, neck discs, lumbar discs, scoliosis (脊椎 側彎 症: severely curved to the side of the spine. It progresses slowly, causing various disorders, including visceral pressure) and decreased concentration.

As described above, after orthodontic treatment, chiropractic treatment should be repeatedly and continuously or severe cases should be treated through surgery, it is not completely cured, and it continuously affects the autonomic nerve and all organs. There was a problem.

Thus, in recent years, the correct sitting posture was corrected by using the sitting posture correcting apparatus to correct the correct sitting posture, but in most cases, the sitting posture was changed again within a short period of time after correcting the sitting posture.

Accordingly, a number of sitting posture correction device and a chair according to this, but the chair made in this way, it is difficult to move from one place to another place because of the bulky and heavy, there was a problem that the installation and use of the production is inconvenient.

The present invention has been made to solve the problems of the prior art as described above,

Sitting posture correcting apparatus according to the present invention, the tension and pain of the neck, shoulder muscles, chronic fatigue, neck disc, lumbar disc, scoliosis, etc., due to the usual bad posture of modern people living on a chair in school, company or home for a long time The purpose is to provide a sitting posture correction mechanism that can maintain a healthy body without this.

Sitting posture correction mechanism according to the present invention, after correcting the usual bad posture through the sitting posture correcting device, while preventing the return to the sitting posture within a short period of time, while sitting to maintain the correct sitting posture Another object is to provide a posture corrector.

Sitting posture correcting mechanism according to the present invention, while using a chair for continuously maintaining the correct posture corrected through the sitting posture correcting device, while the movement and movement of the chair is simple, installation and production use sitting posture correcting mechanism There is another purpose to provide it.

Looking at the configuration of the present invention for achieving the above invention,

The seat body to allow the user to sit, the camera body is connected to the seat body, photographing the sitting position of the user, and formed from the inside of the seat body to the outside, according to the data received from the camera body, In the sitting posture correcting mechanism produced by the data of the correction device including a correction unit for correcting by allowing the sitting posture to flow,

The chair body is assembled according to the data of the calibration device,

A close contact plate directly in contact with the hips of the user, a cushion plate formed in close contact with the lower surface of the contact plate, and a close contact formed on the lower surface of the cushion plate, and are configured to include a modified plate manufactured according to the data of the calibration device. Sitting posture correction mechanism characterized in that.

The close contact plate further includes a seating groove in which a groove is formed to support the hip of the body.

Subsequently, the upper surface of the contact plate has a mesh structure.

In addition, the cushion plate has an area larger than the area of the contact plate at least.

Subsequently, the cushion plate is configured to further include a leg support groove that is mounted on both sides of the user's thigh.

In addition, the cushion plate has a downward inclination angle toward the site where the thigh is seated from the site where the user's hips are seated.

Subsequently, the processed plate has an area smaller than at least the cushion plate area.

Next, the processing plate further comprises a base plate formed in close contact with the lower surface of the cushion plate, and at least one processing auxiliary plate formed in close contact with the edge portion of the lower surface of the base plate.

Finally, when the plurality of processing auxiliary plate is formed, the processing auxiliary plate is laminated in the downward direction, but has an area smaller than the area of the upper processing auxiliary plate toward the lower direction.

The sitting posture correcting apparatus according to the present invention can maintain a correct posture so that people who sit for a long time in a chair or the like in an incorrect posture can be prevented from being exposed to diseases that may be caused by the incorrect posture. Thus, there is an effect on its use to maintain a healthy body.

 The sitting posture correcting apparatus according to the present invention is economical because it is possible to maintain the correct sitting posture for a long time while making the corrected posture corrector according to the correct sitting posture and inexpensively accordingly. There is an economic effect to save.

The seat posture correcting mechanism according to the present invention has another effect on its use, which can be smoothly processed and produced by a chair according to a person after correcting a posture by a person having an incorrect seat posture in a correct seated position. have.

1 is a perspective view showing a correction device to obtain data for using the sitting posture correction mechanism according to the present invention.
2 is a perspective view showing a sitting posture correction mechanism according to the present invention.
Figure 3 is an exploded perspective view showing the separation of the sitting posture correction mechanism according to the present invention.
Figure 4 is a perspective view showing the main portion of the sitting posture correction mechanism according to the present invention.
5 is a perspective view separately showing the main part according to the embodiment of the sitting posture correction mechanism according to the present invention.

The following detailed description of the invention refers to the accompanying drawings, which illustrate, by way of illustration, specific embodiments in which the invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the invention. It is to be understood that the various embodiments of the invention are different, but need not be mutually exclusive. For example, certain shapes, structures, and characteristics described herein may be embodied in other embodiments without departing from the spirit and scope of the invention with respect to one embodiment. In addition, it is to be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the invention. The following detailed description, therefore, is not to be taken in a limiting sense, and the scope of the present invention, if properly described, is defined only by the appended claims, along with the full range of equivalents to which such claims are entitled. In the drawings, like reference numerals refer to the same or similar functions throughout the several aspects, and length, area, thickness, and the like may be exaggerated for convenience.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, so that those skilled in the art can easily carry out the present invention.

In the following detailed description, the sitting posture correcting apparatus will be described based on a sitting posture correcting mechanism that allows a user who has corrected the posture to the correct sitting posture continuously to maintain the correct sitting posture, but the present invention is not limited thereto. no.

It will be apparent that the sitting posture correcting apparatus of the present invention can be equally applied throughout the technical field for continuously maintaining the correct sitting posture of the human body.

1 is a perspective view of a correction device 10 for receiving a user's state and the data according to the user to produce a chair body 500 according to the sitting posture correction mechanism according to the present invention.

Here, looking at the correction device 10, the sitting posture correction mechanism according to an embodiment of the present invention, the correction device 10 including a seat body 100, the camera body 200 and the correction unit 300 By the user's status and thereby the user's body data can be obtained.

Seat body 100 according to an embodiment of the present invention may perform a function to support the body in a user sitting on the upper surface, the camera body 200 according to an embodiment of the present invention, the sheet It performs a function of photographing the side of the user in a state sitting on the upper surface of the body (100).

Subsequently, the camera body 200 according to an embodiment of the present disclosure photographs the back of the user's head and neck, shoulders, back, hips, ie, the back of the user, which is sitting on the upper surface of the seat body 100. To perform the function.

The correction unit 300 is formed from the inside of the seat body 100 to the outside, the function of correcting the posture so that the user can sit on the seat body 100, while the user's back is standing upright Will perform.

Here, looking at the configuration of the calibration unit 300 and its operation in more detail,

The corrector 300 includes a pair of left and right support plates 310 and 320 that support the hips of the user, and a plurality of left and right support frames that support the left and right support plates 310 and 320. 330 and 340.

Subsequently, an auxiliary body 305 is formed inside the seat body 100 while covering the lower left and right support frames 330 and 340.

In addition, a motor (not shown) in which the left and right support frames 330 and 340 flow in the auxiliary body 305 so that the left and right support plates 310 and 320 have an interlocking angle and an inclination angle. ) Is provided.

In particular, the motor may use a known device capable of generating a rotational force without limitation. For example, the motor may be an electric motor (electric motor) that converts electrical energy into rotational energy, and preferably may control an angle. It may be a servomotor.

In addition, the correction unit 300, the control unit is provided outside the seat body 100, the motor to allow the left and right support frame (330, 340) to move up and down, 370).

This allows the user to drive the left and right support plates 310 and 320 through the control unit 370 to more effectively adjust the asymmetric parts of both shoulders and hips of the user to be mutually symmetrical. Makes it possible.

Next, the camera body 200, the rod-shaped vertical rods 230 formed in the vertical direction to support the camera body 200 from the camera body 200, and the lower vertical rods 230 One end is connected, the other end is configured to further include a horizontal bar 220 is fixed to the seat body (100).

In addition, the horizontal bar 220, when the camera body 200 is photographed in the side direction of the user, is connected to the connection groove 110 of the seat body 100, the camera body 200 is the back of the user When photographing the direction, it is connected to the other connecting groove 110 of the seat body (100).

In particular, the mutual coupling method of the horizontal bar 220 and the connecting groove 110 can be used without any known device, for example, can be firmly coupled to each other by coupling the bolt and nut, preferably mutual interference It can also be used easily by fitting.

Thus, when the user to correct the sitting position is sitting on the seat body 100, the upper, left, right support plates (310, 320), the corrected posture through the correction device 10, the correction device (10) Based on the data of the) will produce a chair body (500).

2 and 3 is a combined perspective view and an exploded perspective view showing the chair body 500 of the sitting posture correcting mechanism according to the present invention.

Here, the chair body 500 according to an embodiment of the present invention, the close contact plate 510 directly in contact with the hip of the user, the cushion plate 520 formed in close contact with the lower surface of the contact plate 510 and the It is formed in close contact with the lower surface of the cushion plate 520, it is configured to include a processed plate 530 that is modified according to the data of the calibration device (10).

In addition, the contact plate 510 has a seating groove 512 that is strong in elasticity and allows the hips of the body to be smoothly contacted.

In particular, the seating groove 512 has a partly different hardness (degree of firmness), and the part where the hips of the body are in close contact has a higher hardness than other parts.

In addition, the upper surface of the contact plate 510 has a plurality of perforations 514 forming a mesh structure as a whole.

The perforation 514, when a part of the body is in close contact with the user to secure the breathability to perform a function to provide comfort.

As a result, the contact plate 510, the hips of the user is subjected to posture correction is seated, has an elastic shape can be easily deformed according to the user's body shape, the seating groove to smoothly support the user 512 is formed.

This, when the user mounts the buttocks in the seating groove 512 of the contact plate 510, while providing the elasticity for the user to feel comfortable, to maintain a constant hardness so that the posture corrected posture does not change It is preferable.

Next, the cushion plate 520 is formed in close contact with the lower surface of the contact plate 510, and has a larger area than at least the area of the contact plate 510.

The cushion plate 520 is preferably made of a sponge, and when the user is mounted on the contact plate 510, the cushion plate 520 maintains its shape as a chair to perform a function of providing comfort to the user. do.

In addition, the upper surface of the cushion plate 520 is partially similar to the shape of the lower surface of the contact plate 510, and in particular, preferably has the same shape as the shape of the groove of the seating groove 512.

In addition, the cushion plate 520 preferably has a higher elastic force than at least the contact plate 510, the degree of firmness is lower.

The cushion plate 520 serves to provide the user with optimum comfort.

Subsequently, the cushion plate 520 is configured to further include a leg support groove 522 through which both side thighs of the user are mounted.

The leg support groove 522, while the user is mounted on the contact plate 510, to perform the function of smoothly mounting the leg.

In addition, the cushion plate 520 has a downward inclination angle toward the site where the thigh is seated from the site where the user's hips are seated.

This form will be able to smoothly mount the legs without disturbing posture even when the user is sitting for a long time, to provide comfort to the user.

In addition, the processing plate 530 is formed in close contact with the lower surface of the cushion plate 520.

In the following detailed description will be described with respect to the configuration and function of the processed plate 530 according to the present invention.

4 and 5 are perspective views showing the configuration of the processing plate 530 according to an embodiment of the present invention.

First, referring to FIG. 4, the processing plate 530 has an area smaller than at least the area of the cushion plate 520, and is formed in close contact with the bottom surface of the cushion plate 520 and the base plate ( 532) further includes at least one or more processing auxiliary plate 534 is formed in close contact with the edge portion.

Finally, when the plurality of processing auxiliary plate 534 is formed, the processing auxiliary plate 534 is laminated in the downward direction, but has an area smaller than the area of the upper processing auxiliary plate 534 toward the lower direction.

In particular, when the plurality of processing auxiliary plate 534 is stacked, in order to facilitate mutual desorption, it is preferable to be able to detachably smoothly mutually using Velcro (Velcro).

Here, Velcro is a fastening device that makes one such a cloth sticky and the other soft to prevent the two parts from sticking together. Since such Velcro is a known technique, a detailed description thereof will be provided herein. It will be omitted.

And, by writing a pattern of various colors or numbers on the outer side of the processing auxiliary plate 534, by confirming the stacking of the processing auxiliary plate 534 from the outside, it is possible to recognize the correct posture of the sitting posture corrector It is desirable to be able to.

For example, patterns of various colors and numbers described on the outer side of the processing auxiliary plate 534 are described differently depending on the number of the processing auxiliary plate 534 to be stacked, so that the number of stacking is large and small, or It is desirable that the calibration state is good and bad at a glance.

5, in order to help understand the configuration and shape of the processing plate 530, a portion of the base plate 532 that is actually stacked in a downward direction in an upward direction, as shown in FIG. 5, is shown in FIG. 5. It is only shown in the form of a stack.

The processing auxiliary plate 534, by processing the thickness and the inclination angle of the processing auxiliary plate 534 through the data by the calibration device 10, so that the posture of the user to correct the sitting posture can be maintained continuously. Therefore, both sides of the user's shoulders and hips are induced to be mutually correct symmetry.

In addition, when the processing auxiliary plate 534 is laminated in the downward direction, as the downward direction has an area smaller than the area of the upper processing auxiliary plate 534, it becomes possible to save the cost for manufacturing the product of the present invention The appearance can also be beautiful.

Subsequently, when the processing auxiliary plate 534 is laminated in the downward direction, the position at which the processing auxiliary plate 534 is laminated and fixed is preferably fixed to be close to the edge of the upper processing auxiliary plate 534 or the base plate 532. Do.

In addition, the processing plate 530 has a lower elastic force than the cushion plate 520, the degree of firmness is preferably made higher.

In addition, since the processed plate 530 is in direct contact with the bottom surface, it is preferable that the processed plate 530 uses a synthetic resin having high frictional force.

Therefore, the base plate 532 or the processing auxiliary plate 534 of the processing plate 530 is firmly fixed to the bottom surface, the chair body 500 is flowed while the user using the chair body 500 Will be prevented.

In particular, the adhesion plate 510 and the cushioning plate 520 and the processing plate 530 may be used without limitation, known materials with high elasticity and adhesion, for example, may be a sponge having a high elasticity, preferably, It may be a synthetic resin having a variety of elasticity and adhesion.

When the cushion plate 520 has an inclination angle back and forth due to the inclination of the cushion plate 520, the processing auxiliary plate 534 may have left and right sides according to left and right asymmetry of the shoulder or hip of the posture corrector. It is desirable to be able to have an inclination angle.

This is possible because the total number of the processing auxiliary plate 534 and the number of left and right sides of the lower and right sides of the cushion plate 520 are different depending on the state of the straightener.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, Those skilled in the art will appreciate that various modifications and changes may be made thereto without departing from the scope of the present invention.

Accordingly, the spirit of the present invention should not be limited to the above-described embodiments, and all of the equivalents or equivalents of the claims, as well as the appended claims, fall within the scope of the spirit of the present invention. I will say.

10: calibration device
100: seat body 110: connecting groove
200: camera body 220: horizontal bar
230: vertical rod
300: correction unit 305: auxiliary body
310, 320: left and right support plate 330, 340: left and right support frame
370: control unit
500: chair body
510: contact plate 512: mounting groove
514: perforation
520: cushion plate 522: leg support groove
530: processing plate 532: base plate
534: processing auxiliary plate

Claims (10)

The seat body to allow the user to sit, the camera body is connected to the seat body, photographing the sitting position of the user, and formed from the inside of the seat body to the outside, according to the data received from the camera body, In the sitting posture correcting mechanism produced by the data of the correction device including a correction unit for correcting by allowing the sitting posture to flow,
The chair body is assembled according to the data of the calibration device,
A close contact plate directly in contact with the hips of the user, a cushion plate formed in close contact with the lower surface of the contact plate, and a close contact formed on the lower surface of the cushion plate, and are configured to include a modified plate manufactured according to the data of the calibration device. Sitting posture correction mechanism characterized in that.
The method of claim 1,
The contact plate,
Sitting position correction mechanism, characterized in that it further comprises a seating groove formed grooves to support the hips of the body.
The method of claim 1,
The contact plate,
Sitting position correction mechanism, characterized in that the upper surface is made of a mesh structure having a plurality of perforations.
The method of claim 1,
The cushion plate,
Sitting position correction mechanism, characterized in that having an area larger than the contact plate area.
The method of claim 1,
The cushion plate,
Sitting posture correction mechanism, characterized in that it further comprises a leg support groove that is mounted on both sides of the user's thigh.
The method of claim 1,
The cushion plate,
Sitting position correction mechanism characterized in that it has a downward inclination angle toward the site where the user's hips are seated toward the site where the thighs are seated.
The method of claim 1,
The processed plate,
Sitting position correction mechanism, characterized in that having an area smaller than the cushion plate area.
The method of claim 1,
The processed plate,
A seating posture correcting mechanism, characterized in that it further comprises a base plate formed in close contact with the lower surface of the cushion plate, and one or more processing auxiliary plate formed in close contact with the lower edge portion of the base plate.
The method of claim 8,
The processing auxiliary plate,
When a plurality of processing auxiliary plate is formed, it is laminated in the downward direction, the sitting posture correction mechanism, characterized in that it has an area smaller than the area of the upper processing auxiliary plate toward the lower direction.
The method of claim 8,
The processing auxiliary plate,
Sitting position correction mechanism, characterized in that the left and right height of the cushion plate can be different by adding or subtracting the number.

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