KR100563511B1 - correction apparatus for taking a seat posture - Google Patents

Abstract

The present invention relates to a seating posture corrector having a position escape prevention protrusion protruding upward from the center and positioned between the thighs of the seated seats and having both thighs bent upward to support the thighs of the seated seats at the rear and A seat plate having a bone support supporting the tibial part of the seated seat and supporting the tibial part of the seat and having a belt fixing interval axially coupled to the lower part of both sides, and both ends are fixed between the belt fixing of the seat plate to fix the seat plate to the chair plate. It has a fixed belt and a seat belt, one end of which is fixed between the rear belt of the seat plate and one end of which is fastened and fastened to the other end where the buckle having the intermittent knob is fastened, and a plurality of belt guides to which the belt is fitted. The seated person sitting on the seat by pressing the intestine and interstitial function between the superior iliac spine and iliac crest of the seated person A pair of calibration pads having a pair of orthodontic pads for correcting the pressure of the ridge between the iliac crest of the left and right tibia of the person seated on the chair plate Intestinal, interstitial ridges are appropriately compressed and wrapped so that the sitting posture is corrected to prevent the deformity of the spine.

Calibration pad, belt guide, wearing belt, fixed belt

Description

Correction apparatus for taking a seat posture}             

1 is a perspective view showing a state of an embodiment of the present invention,

Figure 2 is a front view showing the excerpts showing the state of use of the embodiment of the present invention,

Figure 3a is a right side excerpt showing the state of use of the embodiment of the present invention,

Figure 3b is a right side excerpt showing the appearance of another embodiment of Figure 3a,

4A is an enlarged side cross-sectional view of the main part of FIG. 3A;

4B is an enlarged side cross-sectional view of the main part of FIG. 3B;

5 is a cross-sectional view taken along the line AA ′ of FIG. 4B.

* Description of the symbols for the main parts of the drawings *

10: seat 12: position deviation prevention jaw

14,14a: femoral support 16: bone support

18,18a: belt fixed between 20: fixed belt

30,30a: wearing belt 32: buckle

33: intermittent knob 34: wearing length adjustment hole

35 belt interlocking pin 36 spring

37: ballistic groove 40, 40a: fixed pad

41,41a: Reinforcement plate 42,42a, 43,43a, 44,44a: Belt guide

45: belt incision 50, 50a: left, right bone

51,51a: superior iliac vertebrae 52,52a; Iliac crest

53,53a: intestine, upper liver 54: spine

60: chair plate

The present invention relates to a seating posture corrector, and more particularly, to the iliac crest and upper iliac spine of the left and right tibia of a person seated on a chair plate when a pair of correction pads is worn by a wearing belt. It relates to a seating posture corrector that can prevent the deformation of the spine by malformation by correcting the sitting posture so as to properly press and wrap the ridge between the intestine and the upper ridge.

In general, the pelvic girdle or pelvis is composed of two hip bones, the sacrum and the coccyx, the posterior joint of the sacrum and the anterior joint of both sacrum. The lower extremity connects the lower extremities and torso skeletal structure. In the standing posture, the lower extremities are limited in weight distribution and movement to the lower extremities and gradually increase in size and weight. Each hip bone or os coxae is large and irregular and spreads from the center into two fan blades. The tibia is divided into three parts, ilium, ischium, and pubis, and is merged into one after birth. All three parts are gathered together to form an acetabulum, which is a deep cup-shaped depression. As femoral head is eager and serves as the center of the tibia.

The iliac (ilium) is located above the tibia, and the lower iliac or iliac sieve forms two fifths of the tibia, and the flat upper portion forms the iliac (ala). The curved edge of the upper iliac spine is less than or equal to the iliac crest and can be palpated just below the waist. Four iliac spines are formed at both ends of the iliac crest. Inguinal ligament and anterior superior iliac spine to which several kinds of femoral muscles are attached are important anatomical indicators. The great sciatic notch passes through the sciatic nerve. The auricular surface of the long bone joints with the sacrum to form a sacroiliac joint.

The sciatic (ischium) is formed below the tibia and there is a sciatic body and ischial ramus forming two-fifths of the tibia. The ischial spine protrudes sharply at the trailing edge of the sciatic area, which is also an important anatomical index, and the shallower sciatic notch, through which the internal nerves and blood vessels pass. At the end of the sciatic body, the ischial tuberosity is large and roughly protruded, which is the part that touches the chair at the same time as it sits and supports the weight. The sciatic column is also bent forward to meet the inferior ramus of the pubis.

The pubic bone is located in the anterior chamber of the tibia and has a pubic body and two ramis forming one fifth of the tibia. This phalanx is jointed with the opposite phalanx, which is called pubic symphysis, and the superior pubic ramus is the upper and lower iliac (ilium), and the lower pulp (inferior pubic ramus) is the lower one. meet. Both lower valleys meet to form a pubic arch, and the edges of the pubic bone and sciatic bone form a large hole called an obturator foramen, where obturator nerves and blood vessels pass. do.

A pelvis is a pair of basal bones formed by a pair of anterior and lateral tibia and the posterior sacrum and coccyx. The pelvis protects the urinary bladder, some genitals and the lower part of the large intestine. The pelvis is divided into two by a curved pelvic brim, which passes through the sacral promontory, the arcuate line of the iliac bone, the pectineal, and the pubic function. The pelvis or false pelvis, located above the branch line, protects the abdominal organs rather than the pelvic organs, the back of which is bounded by the lumbar spine, by the iliac bones that can be detected from the outside, and the anterior abdominal muscles. Lose. The pelvic margin or pelvic inlet represents the entrance of the bovine pelvis or true pelvis as the upper boundary, which is located below the dividing line. This was done in the bony cavity by the posterior sacrum by the coccyx, the lower part of the sciatic and lateral iliac bones, and the anterior phalanx. The bladder is located in front of the sacrum and coccyx, and the vagina and uterus are located between the bladder and the rectum in women. The pelvic outlet exits the outlet from the pelvis, and the back is bounded by the caudate end, lateral sciatic nodules, and anterior pubis.

Since the female pelvis also acts as a brith canal, there is a structural difference between the male and female pelvis. That is, the male pelvis is large and heavy while the female pelvis is light and delicate. The male pelvic opening is heart shaped, whereas the female pelvic opening is round or ovate. The male pelvis is narrow and deep, whereas the female pelvis is wide and shallow. The male pelvic outlet is narrower than the 90 degrees of the pubic bone, while the female pelvic outlet is wider because the angle of the pubic bone is greater than 90 degrees. Women's pelvic cavities belong to the bone acidity in the birth canal and the placenta (産 道), the path of the fetus at birth, and because it has a great effect on the fetus at birth, its shape and size have a great relationship with the difficulty of childbirth. The pelvic tilt also has a great influence on posture and exercise.

Lower extremity is divided into thigh, leg, ankle, ankle, foot and toes, and the lower extremity is the femur and thigh. Tibia and fibula, ankle tarsale, foot metatartar, and toe phalanges.

When a seated person with a body structure and a skeleton having such a structure continues to work or study by sitting on a seat board for a long time, the seated person changes the seating position frequently while keeping the body in close contact with the seat back. Frequent movement of the tibia causes the upper body's strength to be concentrated on one side of the spine, left, and right coronal bones, making it more difficult for the lower back, left, and right coronal bones to eventually turn over, making it impossible to concentrate on work or study. There was this.

In addition, if the sitting posture sitting on the chair board is in an unstable state, the spine is deformed and is easily exposed to diseases such as a herniated disc or neuralgia.

The present invention is to solve the above conventional problems, when the pair of correction pads are worn by the wearing belt of the iliac crest and the superior iliac spine of the left and right tibia of the person seated on the chair plate The purpose of the present invention is to provide a seating posture corrector that can prevent the deformation of the spine by malformation by correcting the sitting posture by appropriately compressing and covering the intestinal and upper intestinal ridges.

In order to achieve the above object, the present invention provides a seating posture correction apparatus;

Protruding upward from the center to the front of the seat and the position of the seat between the thighs of the seated seat and both ends are bent upward to have a femoral support to support the thighs of the seated from the lower side and bent upward at the rear end to support the seat of the seat A seat plate having a bone support and a plate body having a belt fixing section axially coupled to a plurality of lower portions at both ends;

A fixed belt fixed at both ends between the belts of the seat plate to fix the seat plate to the chair plate;                         

A wearing belt having one end fixed between the rear belt fastenings of the seat plate and one end being fastened to the other end fastened with a buckle having an intermittent knob;

The seat belt has a plurality of belt guides, each of which is fitted, and the seat belt is fitted between the superior iliac vertebra and the iliac crest of the occupant to correct the seating position of the occupant. And a pair of calibration pads having a shape surrounding the thigh and the lower left and right sides.

The belt guide of the calibration pad may be integrally molded by inserting a hard synthetic resin or aluminum reinforcement plate which is formed of another material on the outer surface of the calibration pad.

One side end of the belt guide has a feature that makes the wearing of the wearing belt more easily by forming a belt entry and exit portion separated from the calibration pad, respectively.

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

1 is a perspective view showing a state of an embodiment of the present invention, Figure 2 is a front view of the main portion excerpts showing the state of use of the embodiment of the present invention, Figure 3a is a right side view of the excerpts showing a state of use of the embodiment of the present invention, Figure 3b 3A is a right side view showing a part of another embodiment of FIG. 3A, FIG. 4A is a side enlarged side cross-sectional view of FIG. 3A, FIG. 4B is a side enlarged cross-sectional view of FIG. 3B, and FIG. 5 is A-A 'of FIG. 4B. Line cross section.

Seating posture corrector of the present invention is to press the ridge between the iliac crest 52 and the superior iliac crest 51 of the left and right tibia of the person seated on the chair plate with moderate force 53 The seating position is corrected so that the sitting position is corrected. The seat plate 10, which is a plate body on which the seated person sits, and the seat belt 10 that fixes the seat plate 10 to the chair plate 60, and the seater 10 are fixed to the seat plate 10. Wearing belts 30, 30a and the seat of the seat, the upper part of the upper function (53, 53a) to each of the correction pads (40, 40a) to straighten the seating position of the spine 54 by appropriately pressing the force. It is composed.

Instead of the seat plate 10, the chair plate 60 and the sofa surface may also be directly configured.

The seat plate 10 is to be replaced by the chair plate 60, a synthetic resin or wood plate seated by the user, protruding upward in the center to the front of the position escape prevention jaw 12 is located between the thighs of the seated person And a femoral support part 14 (14a) which is bent upward at both ends to support the femoral part of the seated person from the lower side, and a tibial support part which is bent upward at the rear end to support the tibial part 50 (50a) of the seated person. (16) are formed, and the belt fixing section (18) (18a) which is axially coupled is formed in many places under both side ends.

The fixing belt 20 is made of a fiber material or a soft synthetic resin material, and the seat plate is fixed to both ends of the belt fixing intervals 18 and 18a located under the thigh support portions 14 and 14a of the seat plate 10. 10 is firmly fixed to the chair plate (60).

The wearing belts 30 and 30a are made of a fiber material or a soft synthetic resin material, each end of which is fixed to the rear belt fixing section 18, 18a of the seat plate 10, and one end of the intermittent knob 33 The buckle 32 having a) is firmly fastened to the other end fastened.

Orthodontic pads (40, 40a) is a pair of pads of urethane foam material having a shape surrounding the left and right relative thighs and upper and lower abdomen of the seater's thigh upper surface, wearing belt 30 on the outer surface A plurality of belt guides (42, 43, 44) (42a, 43a, 44a) to which the (30a) is fitted are formed, respectively, and are fastened by the wearing belts (30) (30a) and the upper iliac bone (51) of the seated person. The iliac crest 52 between the intestine, upper intercalation 53 is pressed to correct the sitting position of the seated person.

The belt guides 42, 43, 44, 42a, 43a, 44a of the calibration pads 40, 40a may be formed of the same material as the calibration pads 40, 40a, but the calibration pads 40 ( A reinforcing plate 41 formed with a hard synthetic resin or aluminum, which is different from the calibration pads 40, 40a, on the outer surface of the 40a, and having belt guides 42, 43, 44, 42a, 43a, 44a on the outside. It is preferable to insert 41a) to integrally mold the belt guides 42, 43, 44 and 42a, 43a, 44a to further strengthen the strength.

At this time, one side end of the belt guide (42, 43, 44) (42a, 43a, 44a) is formed in the belt belt cut-out portion 45 separated from the calibration pads (40, 40a), respectively, wearing belt ( 30) 30a is preferably configured to be easily coupled to or separated from the belt guides 42, 43, 44 and 42a, 43a, 44a.

Referring to the use state of the present invention as follows.

First, the belt guides 42, 43, 44 (42a, 43a, 44a) of the calibration pad 40, 40a of the present invention as shown in Figure 4a, wearing belts 30, 30a respectively coupled to the state In or as shown in Figure 4b, through the belt incision 45 of the belt guides (42, 43, 44) (42a, 43a, 44a) the correction pads (40) (40a) to the wearing belts (30) (30a) Fasten each.

In this state, the seat plate 10 is positioned on the upper surface of the chair plate 60, and then the fixing belt 20 on which one side is fixed to the belt fixing section 18 of the bottom of the thigh support portions 14 and 14a of the seat plate 10. After winding the bottom surface of the chair plate 60 by using a), the other end of the fixing belt 20 is wound around the other belt fixing section (18a) to firmly fix.

When the seat plate 10 is fixed to the upper surface of the chair plate 60, and the user is seated on the seat plate 10, the left and right tibias 50 and 50a of the user are attached to the support frame 16 of the seat plate 10. It is supported and fixed by, the user's thigh portion is fixed by the intermediate position preventing jaw 12 and the femoral support portion 14 (14a) of both ends.

At this time, since the correction pads 40 and 40a coupled to the wearing belts 40 and 40a are free to flow in the left and right directions, the user moves left and right to fit his / her body shape so that the left and right relative thighs of the seated person are seated. (Thigh upper surface) and the lower left and right, so as to wrap the left part, while adjusting the distance between the correcting pads 40, 40a appropriately to the front end of the wearing belt 30a of the other wearing belt 30 Just insert into the buckle 32 fixed to the fixed.

Thus, in the state in which the wearing belts 30 and 30a are worn, the seated person should wear the wearing belts 30 and 30a in the state of taking the best seating position, and, if adjustment is required, the buckle 32 Press the intermittent knob 33 protruding from one side of the wear belt 30, 30a may be worn more loosely or tightened.

At this time, as shown in Figures 3b and 5, wear by forming a belt interlocking pin 35 is formed by the spring 36 in the ballet groove 37 on one side of the calibration pad 40, 40a. It may be configured to easily adjust the length of the wearing belt (30a) by inserting into one of the plurality of wearing length adjusting holes (34) formed on the tip portion of the belt (30a).

The seat plate 10 of the seating posture correction device of the present invention can be applied to the chair plate 60 as it is, and at this time, only the fixing belt 20 is required.

The seat plate 10 of the seating posture correction device of the present invention is a ridge between the iliac crest 52, 52a and the superior iliac crest pole 51, 51a of the seater comfortably with the tension of the wearing belts 30, 30a. Correction pads 40 and 40a surrounding the left and right intestines and the upper and lower intestines 53 and 53a have the seating position of the seated person seated on the chair plate 60 tilted or lying to one side and the spine 54 or left, The excessive force is prevented from being concentrated on a part of the right tibia 50 and 50a, thereby preventing the spine 54 from being deformed into a malformation.

In addition, the force concentrated in the spine 54 and the left and right tibias 50 and 50a with the right seating position is distributed evenly, greatly reducing fatigue.

As described above, the present invention is a pair of orthodontic portions that are ridges between the iliac crest of the left and right tibia and the superior iliac spine of a person seated on a chair plate when the correcting pad is worn by a wearing belt. Each of the appropriate pressure to wrap to correct the sitting posture is effective to prevent the deformation of the spine deformity.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

Claims (4)

A device for sitting posture correction; Protruding upward from the center to the front and having a position preventing bump 12 positioned between the seated thighs of the seat and both ends are bent upward to have the thigh support parts 14 (14a) supporting the seated thighs from the lower side and upward from the rear end. A seat plate 10 which is bent and has a bone support part 16 supporting the bone part 50, 50a of the seated person, and a belt body 18, 18a axially coupled to a plurality of lower portions at both ends; Both ends of the belt fixing section (18) (18a) of the seat plate 10 is fixed to the seat belt (10) for fixing the seat plate (10) to the chair plate (60); A wearing belt 30 in which one end is fixed to the rear belt fixing section 18 and 18a of the seat plate 10 and one end is fastened to the other end to which the buckle 32 having the intermittent knob 33 is fastened. 30a; The seat vertebrae 51 have a plurality of belt guides 42, 43, 44 and 42a, 43a and 44a to which the wearing belts 30 and 30a are fitted, respectively. The ridge between the iliac crest and the iliac crest (52) is pressed to correct the seating position of the seated person by pressing the upper and lower intermittent (53). Seating posture correction device characterized in that it comprises a pair of calibration pads (40) (40a). delete The method of claim 1; The belt guides 42, 43, 44, 42a, 43a, 44a of the calibration pads 40, 40a are reinforced plates made of hard synthetic resin or aluminum of different materials on the outer surface of the calibration pads 40, 40a. Seating posture correction device, characterized in that the integral molding by inserting (41) (41a). The method of claim 1 or 3; One side end of the belt guide (42, 43, 44) (42a, 43a, 44a) is seated, characterized in that to form a separate belt entry and exit 45 separated from the calibration pad 40, 40a, respectively Posture Corrector.

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