KR200457098Y1

KR200457098Y1 - Leg remedy device

Info

Publication number: KR200457098Y1
Application number: KR2020110002271U
Authority: KR
Inventors: 최영수
Original assignee: 최영수
Priority date: 2011-03-18
Filing date: 2011-03-18
Publication date: 2011-12-05

Abstract

The present invention relates to a leg straightening device that provides easy handling and storage by allowing the user to adjust and adjust the body shape while minimizing the size of the straightening device.
It is composed of a supporter which is built up on both sides of the base and a screw provided to protrude inside the upper end of the supporter and the correction means for pressurizing the legs while narrowing or widening the gap in the center direction of the base by forward and reverse rotation. The calibration means may include inserting a screw block into the control block, the control block being helically coupled with the screw, a calibration pad coupled to press the leg to be calibrated to the inside of the control block, and the calibration pad is a rotating means. It is characterized in that it comprises a rotating plate that is rotatably coupled to the control block via, and a cushion that is interchangeably coupled to the inside of the rotating plate.

Description

Leg correction device {LEG REMEDY DEVICE}

The present invention relates to a leg straightening device, and more particularly, to an improved leg straightening device for correcting a straight leg in a straight state in a non-sticking state when the body is bent in an O shape. will be.

휜 Many people suffer from leg problems, especially for women who want beautiful legs. 휜 Legs work with tremendous complexes and stress even if they are not painful. 휜 Legs are not only a matter of appearance, but also deformed joints and pelvis in the future. This can lead to arthritis and spinal diseases.

There are a number of causes of these legs, which are also related to genetic or racial differences and can be affected by disease, acquired causes have a greater impact, and acquired causes can be caused by misfilling diapers when they are young People who have grown up, pelvis and hip joints, the normal angle of the femur is skewed, many legs occur, and postpartum cooking is wrong in women, if there is a bad lifestyle.

In the case of lifestyle, the legislative life becomes common in Asian people, and the hip joint is deformed internally and the normal angle of the pelvis, hip joint, and femur is distorted, resulting in many sprained legs.

The type of leg is divided into an O-type leg in which the ankle bones of both legs stand up and the knees are not attached, and an X-shaped leg in the case where both knees are not attached by the knees of the legs standing up.

These legs can cause lack of confidence in legs or strange steps for modern people seeking cosmetic beauty from a cosmetic point of view, and young women are reluctant to wear skirts including mini skirts. .

In particular, in the case of the leg, the pelvis, hip joint, and femur are distorted, causing strain on the knee joint, causing degenerative arthritis, and causing the spine to bend, resulting in ergonomic distortion, which causes many medical diseases and spinal diseases.

In many cases, patients with pain in the knee joint may find the O-type leg, and the O-type leg is bent inward and the gap between the inside and the outside of the knee joint causes the knee to lose weight. Areas where the gap is narrowed because they cannot be received evenly can cause severe friction and pain.

The conventional leg-brace device developed to correct the leg-toe as described above is fixed to the center so as to be in contact with the knee portion, calf and ankle part about the central fixed support extending in a straight line between both legs It is composed of a structure that wraps the knee, calf and ankle with each belt or band fixed to the support and having elasticity.

Alternatively, the belt having elasticity without a central fixing support is configured to surround the knee, calf, and ankle parts to fix the leg by applying force by the elasticity of the belt or band.

In the prior art as described above, since the leg correction device is formed in a structure that wraps both legs at the same time in order to correct the leg, always unfasten the belt or band when you want to perform daily life as needed Tightening operation must be repeated, so many inconveniences follow.

In order to alleviate this discomfort, even when the correction is performed during sleep without performing the correction during the day, it is difficult to get a comfortable sleep because it causes the inconvenience of sleeping posture to fall asleep with strong compression on both legs. It is difficult to wear it all the time, so it is impossible to get a good night's sleep because you need to get up during sleep to release the correction device.

In addition, even when wearing the orthodontic device during the day, the pressure on the belt or band is severe, and it is not easy to press the belt or band by yourself, so you must always have an assistant to use the orthodontic device. Due to the limitations that can be used only in the present situation, there are many problems such as impossibility of convenient use.

Therefore, the present invention is designed to solve the above problems and is coupled to the supporter which is built on both sides of the base provided in the form of a plate, and the screw provided to protrude inside the upper end of the supporter base by forward, reverse rotation Compensation means for correcting by pressurizing the legs while narrowing or widening the gap in the direction of the center of the, and the calibration means is inserted into the screw block therein the control block and the screw coupled to the screw, and to correct the inside of the control block The calibration pad is coupled to press the legs to the pressure, and the calibration pad is composed of a rotating plate that is rotatably coupled to the control block via a rotating means, and a cushion that is interchangeably coupled to the inside of the rotating plate, the calibration device It can be adjusted to fit the body shape while minimizing the size of Lock by providing the ease of handling and storage, and the objectives are possible to enable proper correction quickly and the foot.

The present invention can be used to press the part to be corrected alone, regardless of the position, such as ankle, calf, knee, thigh or pelvis, as well as to adjust the pressure to adjust regardless of body shape or position, so that the user's convenience It is designed to have various effects such as maximizing calibration efficiency while increasing the value.

1 is an overall perspective view showing a leg correction device applied technology of the present invention.
Figure 2 is a cross-sectional view taken along the line A-A showing a leg correction device to which the technique of the present invention is applied.
Figure 3 is a cross-sectional view taken along the line B-B showing a leg correction device applied technology of the present invention.
Figure 4 is an exploded perspective view showing an excerpt C portion of the leg correction apparatus applied technology of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will now be described in detail with reference to the accompanying drawings.

1 is an overall perspective view showing a leg correction apparatus applied technology of the present invention, Figure 2 is a cross-sectional view taken along the line A-A showing a leg correction apparatus applied technology of the present invention, Figure 3 is a technique of the present invention 4 is a cross-sectional view taken along the line B-B showing the applied leg correction device, an exploded perspective view showing the portion C of the leg correction device to which the technique of the present invention is applied.

The leg straightening device 100 to which the technique of the present invention is applied, supports the supporters 102 and 103 on both sides of the base 101 provided in the form of a plate, and has a screw 104 inside the upper ends of the supporters 102 and 103. .

The base 101 and the supporters 102 and 103 may be made of a material such as wood or metal, but a material of a synthetic resin (plastic) system may be preferable for ease of manufacture, handling, and ease of use.

The screw 104 is composed of a metal or non-ferrous metal material integrally molded through inserts in the supporters 102 and 103, and the screw 104 is coupled to the calibration means 105 for pressing and correcting the actual leg.

The calibration means 105 is combined with the screw 104 to gather to the center of the base 101 by forward and reverse rotation to narrow the gap or to move away from the center of the base 101 to widen the gap.

The calibration means 105 does not equal the spiral direction of the screw 104 on both sides so that the user can hold the hand with both hands when adjusting the leg to adjust the spacing by rotating forward and reverse, so that one is formed in the forward direction and one in the reverse direction. The user can easily adjust the gap by moving the calibration means 105 on both sides in the same direction.

The calibration means 105 is provided with a control block 107 is inserted into the screw block 106 and spirally coupled to the screw 104, the inner side (center direction of the base) of the control block 107 Combining the calibration pad 108 for pressing the leg (body) to be corrected is configured.

The calibration pad 108 is a cushion that is rotatably coupled to the rotating plate 110 via the rotating means 109 such as a bearing or thrust bearing freely rotated with respect to the control block 107. It consists of 111.

Coupling and separation of the rotating plate 110 and the cushion 111 may be carried out in various forms such as a configuration having a locking jaw and a locking jaw groove or a screw coupling so as to be forcibly coupled and forcibly separated.

The cushion 111 is preferably used of an elastic material such as rubber, urethane so as not to damage the body while transmitting a pressing force that can be pressed when pressing the leg to be corrected.

The upper supporter 115 is further installed on the one supporter 102 to prevent the leg from being lifted upward when the leg to be corrected is pressurized by the correction means 105.

The supporters 102 and 103 minimize the size of the base 101 by the length adjusting means 116 and maximize the width to be corrected to both sides of the base 101 so that they can be used universally regardless of the user's body shape. Configure to be accessible.

The upper pressurizer 115 includes a vertical bar 120 extending upwardly to be integrally or disassembled and assembled with the supporter 102, and adjusting means 121 such as an intermittent bolt on the top of the vertical bar 120. Combined with the horizontal bar 122 to freely adjust the direction while being controlled and released.

The horizontal bar 122 is provided to be adjustable in length so that the end portion is always located in the center of the user's leg, the end of the horizontal bar 122 has a screw block 123 built-in handle 124 on the upper side Combining the screw 125 having a, and the lower end of the screw 125 is configured by connecting a pressure pad 126 for pressing the upper portion of the correction target leg.

Of course, the configuration of the pressure pad 126 has the same configuration as the calibration pad 108, the shape of the calibration pad 108 and the pressure pad 126 is shown in a circular shape in the present invention, elliptical, Of course, it can be configured in a variety of shapes, such as square.

In addition, the supporters 102 and 103 and the vertical bar 120 and the horizontal bar 122 may be formed by inserting a metal core material therein to secure rigidity, or may be made of a non-ferrous metal or alloy material that is lightweight and secures rigidity. It will be alright.

The length adjusting means 116, the sliding groove 130 is formed on both sides of the base 101, the sliding groove 130 is coupled to the slider 131 integrally formed at the lower end of the supporter (102, 103). .

One side of the slider 131 (front or rear of the base) is formed with a plurality of adjustment grooves 132 at equal intervals, and the adjustment groove 132 with the bracket 133 on the bottom of the base 101 While maintaining the length adjustment is selected by the adjustment pin 135 via the spring 134.

The outer end of the control pin 135 is provided with a handle 136, rather than consciously exposed to the outside of the base 101 is coupled to the groove of the shape of the handle 126 at the edge of the base 101 is usually It is good to avoid exposure.

A plurality of massage protrusions 140 may be formed on the upper surface of the base 101 so that the user can selectively massage or the like.

Looking at the process of straightening the leg using the leg correction device 100 applied the technology of the present invention as described above are as follows.

If the body is large or the degree of leg is severe, the supporters 102 and 103 having the correction means 105 are drawn out to both sides of the base 101 using the length adjusting means 116, If the degree of deflection is not severe and the supporters 102 and 103 can be used without withdrawing from the base 101, they may be used as it is.

When the supporters 102 and 103 are to be withdrawn from the base 101, when the handle 136 coupled to the groove formed in the base 101 is grabbed and pulled, the adjustment pin 135 connected to the handle 136 is spring 134. The supporters 102 and 103 are free to move along the sliding groove 130 because the support grooves 102 and 103 are freed from the adjustment groove 132 formed in the slider 131 by overcoming the force of).

Then, after holding the supporters (102, 103) to the required length withdrawal or insertion from the base 101 to adjust, and then release the pull handle 136 to release the adjustment pin 135 by the force of the spring 134 to return to Since it is coupled to the adjustment groove 132 formed on the slider 131 it is possible to continuously maintain the adjusted state.

When the width adjustment of the supporters 102 and 103 is completed as described above, the legs to be straightened are correctly extended and then inserted into the space between the correction means 105, and the control block 107 constituting the correction means 105 by hand. Holding and rotating in the forward direction (pressing direction), the control block 107 is coupled with the screw 104 protruding inward from the upper end of the supporter (102, 103) is moved in the leg direction.

In this state, if the control block 107 is rotated in the forward direction, the cushion 111 coupled to the rotating plate 110 rotatably connected to the control block 107 is connected to both sides of the leg and presses the leg to bend the state. The pressure is correct.

Of course, the degree of compression will naturally be adjusted so that the user does not hurt or damage the leg, and if necessary, by pressing the upper part of the leg that is being corrected to prevent the leg from being lifted upward. Just do it.

In this case, the upper pressurizer 115 is used, and the horizontal bar 122 coupled to the upper end of the vertical bar 120 extending upward of the supporter 102 is being corrected using the adjusting means 121. Position it in the direction, and clamp down so it doesn't move.

In such a state, the length of the horizontal bar 122 is adjusted so that the pressure pad 126 provided at the end of the horizontal bar 122 is positioned at the center between the calibration pads 108. 125 may be lowered to press the upper portion of the leg on which the pressure pad 126 is being corrected.

After performing the pressurization for a predetermined time as described above, the upper pressurizer 115 is released, and the correction means 105 is also released to remove the leg from the principal apparatus 100. When correcting, the foot part, the calf part, and the knee part , Thigh area and pelvic area can be corrected by pressing, and repeatedly bent legs to correct the correct form.

In addition, by using the massage projections 140 formed on the upper surface of the base 101, if necessary, by contacting and pressing the sole of the foot or the calf may be obtained a massage or acupressure effect.

The present invention provides the ease of handling and storage by adjusting to the body shape while minimizing the size of the correction device, and when both legs and upper sides of the leg to be corrected simultaneously to enable a quick and correct correction. Has the advantage of.

100; Leg straightener 101; Base
102,103; Supporter 105; Correction
107; Control block 108; Calibration pad
111; Cushion 115; Upper press
116; Length adjusting means 126; Pressure pad
130; Sliding groove 131; Slider
132; Adjusting groove 135; Adjusting pin

Claims

A base 101 provided in a plate shape;
Supporters (102, 103) built on both sides of the base;
A screw 104 provided to protrude inside the upper ends of the supporters 102 and 103;
It is coupled to the screw 104 is composed of a correction means 105 for pressing and correcting the legs while narrowing or widening the interval in the center direction of the base 101 by forward and reverse rotation;
The calibration means 105 includes a control block 107 which is spirally coupled to the screw 104 by insert molding the screw block 106 therein;
A calibration pad (108) coupled to press the leg to be corrected to the inside of the control block (107);
The calibration pad 108 has a rotating plate 110 is rotatably coupled to the control block 107 via the rotating means 109;
A leg straightening device including a cushion 111 that is interchangeably coupled to the inside of the rotating plate 110;
Further provided with length adjusting means (116) for allowing the supporters (102, 103) to enter and exit both sides of the base (101) so as to maximize the calibration width while minimizing the size of the base (101);
The length adjusting means 116, the sliding groove 130 formed on both sides of the base 101;
A slider 131 formed at a lower end of the supporters 102 and 103 and coupled to the sliding groove 130;
A plurality of adjustment grooves 132 formed at equal intervals in the slider 131;
The adjustment groove 132, the length adjustment is selected by the adjustment pin 135 is maintained on the bottom surface of the base 101 as a bracket (133) via the spring (134);
Leg correction device, characterized in that it comprises a handle (136) for adjustment at the outer end of the control pin (135).

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