KR102576593B1 - Upward pressure type hip joint dislocation prevention clothing - Google Patents

Abstract

Preventive clothing to prevent hip dislocation is disclosed. The hip dislocation prevention clothing according to the present invention includes a hip support portion and a hip wearing portion including left and right abdominal support ends extending from both upper sides of the hip support portion to surround the lower abdomen of the wearer; a left thigh support portion extending downward to the left to surround the left thigh of the wearer from the hip support portion, and a left side extending from the inside of the left thigh support portion to be coupled to the left thigh support while surrounding the wearer's left thigh from the inside to the outside. a left wearing portion consisting of a thigh joint end and a left upward pressure end extending diagonally upward to the right from the left thigh support portion and coupled to the right abdominal support end; and a right thigh support portion extending downward to the right to surround the wearer's right thigh from the hip support portion, a right femoral joint end extending from the inside of the right thigh support portion, and a wearer surrounded by the right thigh support portion and the right thigh joint end. It is characterized in that it includes a right wearing portion consisting of a right upward pressure end that extends from the right thigh support portion diagonally upward to the left and is coupled to the left abdominal support end so as to press the right thigh obliquely upward to the left.

Description

Upward pressure type hip joint dislocation prevention clothing {UPWARD PRESSURE TYPE HIP JOINT DISLOCATION PREVENTION CLOTHING}

The present invention relates to an upward pressure type hip joint dislocation prevention clothing. More specifically, the pressure is applied diagonally upward from below centered on the femoral head of the hip joint, so that the pressure is continuously applied so that the femoral head is located within the acetabulum. At the same time, it relates to an upward pressure type hip joint dislocation prevention clothing that can prevent hip joint dislocation by creating a posture that allows hip joint abduction.

In general, the hip joint refers to the joint where the right and left sides of the pelvis are connected to both thigh bones. It consists of the socket-shaped acetabulum, which is part of the pelvic bone, and the round spherical femoral head on the upper part of the femur (thigh bone). there is.

This dislocation of the hip joint is rare in adults, but it may occur when a high-energy injury such as a traffic accident or fall occurs. Hip dislocation is divided into posterior dislocation, anterior dislocation, and central dislocation depending on the position of the femoral head relative to the acetabulum due to dislocation. Posterior dislocation accounts for 90% of all dislocations. Hip joint dislocation is the most common among the dislocation types. am.

Meanwhile, in patients with brain damage, the stiffness of the lower extremities occurs more severely due to brain damage, and the stiffness of the adductor muscles is usually more severe than that of the abductors. Due to the stiffness of the adductor muscles, the patient's leg bones are pulled inward, and the principle of a lever is applied to the leg bones being pulled inward, promoting dislocation of the hip joint.

In other words, a force is applied to the leg bone (femur) in a direction that gathers inside the leg by the adductor muscles, and the lever principle is applied to this force, causing a force to separate the femoral head from the acetabulum at the end of the leg bone. The capsule provided in the acetabular region of the hip joint is torn by the force that occurs at the end of the leg bone to dislodge the hip joint, and dislocation, in which the femoral head is separated from the acetabular region, is promoted.

Conventionally, in order to solve this problem, in order to prevent the leg bones on both sides from coming together inward, a method was proposed in which a fixing bar was placed between both leg bones to resist the force of the leg bones coming together inward. However, when the leg bone fixing bars 30 on both sides are used, a problem arises in which the principle of the lever is promoted.

As another prior art, a hip dislocation prevention protector is disclosed in Republic of Korea Patent No. 10-1642459 (announcement date: July 29, 2016). The hip joint dislocation prevention protector is equipped with an elastic band in the form of the hamstrings, iliotibial band, and gluteus maximus muscle, a hamstrings fascia artificial muscle, an iliotibial band artificial ligament, and a gluteus maximus artificial muscle, but is smaller than the actual muscles. The length causes passive insufficiency, which limits hip adduction, hip internal rotation, and hip flexion movements, thereby preventing hip joint dislocation.

This hip joint dislocation prevention protector is equipped with an elastic band in the form of the tensor fascia latae, the iliotibial band, and the gluteus maximus muscle, the tensor latae fascia artificial muscle, the iliotibial band artificial ligament, and the gluteus maximus artificial muscle, but is stronger than the actual muscles. Having a small length causes passive insufficiency, which limits hip adduction, hip internal rotation, and hip flexion movements, thereby preventing hip dislocation.

However, the hip dislocation prevention protector according to the prior art was designed to be worn on only one side, making it difficult to apply to patients who need to prevent dislocation of both hip joints.

In addition, this hip joint dislocation prevention protector had a structure in which the waist mounting portion and the leg mounting portion were connected only by the gluteus maximus artificial muscle, so there was a problem in stably positioning the femoral head within the acetabulum.

. Republic of Korea Patent No. 10-1642459 (Announcement Date: 2016.07.29)

The purpose of the present invention is to provide a means for continuously applying pressure so that the femoral head of the hip joint is positioned within the acetabulum by applying pressure from bottom to top centered on the femoral head of the hip joint.

Another object of the present invention is to provide a means for adjusting the compression force according to the wearer's body type, age, or symptoms.

In addition, the problem to be solved by the present invention is not limited to the technical problems mentioned above, and other technical problems not mentioned will be clearly apparent to those skilled in the art from the description below. It will be understandable.

The above object is, according to the present invention, a hip support portion to surround and support the upper part of the wearer's hips, and a left abdominal support portion and a right abdominal support portion extending from both upper ends of the hip support portion on both sides to surround the wearer's lower abdomen. Hip fitting area including hem; a left thigh support portion extending downward to the left to surround the left thigh of the wearer from the hip support portion, and a left side extending from the inside of the left thigh support portion to be coupled to the left thigh support while surrounding the wearer's left thigh from the inside to the outside. A femoral joint end, and a left upward pressure end extending from the left thigh support portion diagonally upward to the right and coupled to the right abdominal support end to press the left thigh of the wearer wrapped by the left thigh support portion and the left thigh engagement end in a right upward direction. Left wearing part consisting of; and a right thigh support portion extending from the hip support portion downwardly to the right to surround the wearer's right thigh, and extending from the inside of the right thigh support portion to surround the wearer's right thigh from the inside to the outside and be coupled to the right thigh support portion. A right thigh joint end, and a right upward pressure extending diagonally upward from the right thigh support unit to the left and coupled to the left abdominal support end to press the right thigh of the wearer wrapped by the right thigh support unit and the right thigh joint end in a left upward direction. This is achieved by a hip joint dislocation prevention garment characterized by including a right wearing portion consisting of a hem.

An avoidance portion may be cut and formed in a boundary area of the hip support portion, the left thigh support portion, and the right thigh support portion to prevent interference with the genitals during the wearer's activities.

The hip wearing part, the left wearing part, and the right wearing part are made of an elastic fabric, and the outer surface of the fabric may be provided with a loop fabric so that a hook fabric is attached.

In the hip wearing portion, the left thigh support portion, and the right thigh support portion, the left upward pressure end is coupled to the right abdominal support end, and the right upward pressure end is coupled to the left abdominal support end, so that the left upward pressure end and the In a state in which the right upward pressure ends are crossed, a compression force adjustment means is provided to press both femoral heads of the wearer while wrapping them in the direction of the center of the wearer's pelvis, and one end of the compression force adjustment means is connected to the hip support portion and the right thigh support portion. a right pressing member that is fixed and the other end is coupled to the right upward pressing end; and a left pressure member, one end of which is fixed to the hip support portion and the left thigh support portion, and the other end of which is coupled to the left upward pressure end.

The right compression member and the left compression member are paired with an upper adjustment band and a lower adjustment band, each end of which is coupled to the left side of the hip wearing portion and the left thigh support portion, and the right side of the hip wearing portion and the right thigh support portion, respectively. wherein each of the upper adjustment bands on both sides is disposed diagonally downward from the top, each lower adjustment band on both sides is disposed diagonally upward from the bottom, and the other ends of the upper adjustment bands and the lower adjustment bands are connected to each other. can be combined

The upper adjustment band and the lower adjustment band may have elasticity, and hook fabric for attaching to the loop fabric may be provided at the other end of the upper adjustment band and the lower adjustment band.

According to the present invention, by forming a left wearing part and a right wearing part based on the hip wearing part, the left thigh can be pressed in an upward diagonal direction to the right and the right thigh can be pressed in an upward diagonal direction to the left centered on the femoral heads of both hip joints. As a result, both femoral heads are stably positioned within each acetabulum, providing the effect of preventing dislocation of the femoral head, that is, hip joint dislocation.

In addition, even if an activity is performed after wearing the hip joint dislocation prevention clothing according to the present invention, dislocation of the femoral head can be prevented by continuously applying pressure to the left and right wearing parts so that the femoral head is located within the acetabulum.

In addition, compression force adjustment means are provided on both sides of the hip joint dislocation prevention clothing according to the present invention, and the degree of tightness of the left and right wearing portions can be adjusted, so that not only can the compression force be adjusted according to the wearer's body type or symptoms, etc. , by being able to adjust the degree of compression on the left and right sides, it is possible to provide the effect of varying the intensity of compression according to the difference in left and right hip joint dislocation.

In addition, the hip joint dislocation prevention clothing according to the present invention is provided with compression force adjustment means on both sides, and the degree of tightness of the left and right wearing parts can be adjusted, making it possible to adjust the size, making it applicable to patients of all ages. It can provide effective effects.

In addition, the hip joint dislocation prevention clothing according to the present invention is provided with a left wearing part, a right wearing part, and a compression force adjustment means, so that the dislocation prevention effect can be doubled through a double compression effect.

In addition, the preventive clothing for preventing hip dislocation according to the present invention is deployable and is designed to be worn while covering the thigh and pelvis, so that caregivers can easily wear it even when a patient with impaired mobility (such as a child or a physically impaired person) is lying down. It is possible to provide the effect of being able to wear it to suit the position of the hip joint.

In addition, the left and right joint ends of the hip joint dislocation prevention clothing according to the present invention are configured to be coupled while surrounding the thigh from the inside to the outside, thereby helping to abduct the thigh.

Figures 1 and 2 are front and rear development views showing the hip dislocation prevention clothing according to the present invention.
Figure 3 is a perspective view of the hip dislocation prevention clothing shown in Figure 1.
Figure 4 is a perspective view showing a wearing state of the hip dislocation prevention clothing shown in Figure 1.
Figure 5 is a schematic flowchart for explaining the wearing sequence of the hip dislocation prevention clothing shown in Figure 1.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the attached drawings. However, in describing the present invention, descriptions of already known functions or configurations will be omitted to make the gist of the present invention clear.

Additionally, the terms used in this specification are for describing embodiments and are not intended to limit the present invention. As used herein, singular forms also include plural forms, unless specifically stated otherwise in the context. As used in the specification, 'comprises' and/or 'comprising' does not exclude the presence or addition of one or more other elements.

Additionally, when a component is referred to as being “connected” to another component, it should be understood that although it may be directly connected to the other component, other components may exist in between. On the other hand, when a component is referred to as being “directly connected” to another component, it should be understood that no other components exist in between.

Among the attached drawings, Figures 1 and 2 are front and rear development views showing the hip joint dislocation prevention prevention garment according to the present invention, Figure 3 is a perspective view of the hip joint dislocation prevention prevention garment shown in Figure 1, and Figure 4 is a This is a perspective view showing the wearing state of the hip dislocation prevention clothing shown in Figure 1.

As shown in Figures 1 and 4, the hip joint dislocation prevention clothing 10 according to the present invention is designed to prevent dislocation of both femoral heads by ensuring that the femoral heads of both thighs of the wearer are located within the acetabulum. The hip wearing portion 20 corresponding to the hip is formed to extend downwardly from the left and right sides of the hip wearing portion 20, respectively, to surround the left thigh and right thigh and press in an opposite diagonal upward direction so that both femoral heads are formed at each other. It is composed of a left wearing part 30 and a right wearing part 40 to ensure that it is stably positioned within the acetabulum.

This will be explained in more detail.

The hip wearing portion 20 includes a hip support portion 22 to surround and support the upper part of the wearer's hips (region below the waist), and a hip support portion 22 extending from both upper ends of the hip support portion 22 on both sides to surround the wearer's lower abdomen. It includes a left abdominal support end (24) and a right abdominal support end (26). In particular, since the left and right abdominal support ends (24, 26) on both sides cover both sides of the wearer's pelvis and the left and right sides of the lower abdomen, the hip dislocation prevention clothing (10) according to the present invention can be stably worn on the wearer's pelvis. .

The left wearing part 30 is designed to surround the wearer's left thigh and press the left thigh toward the center of the pelvis so that the left femoral head is located within the left acetabulum. This left wearing portion 30 includes a left thigh support portion 32 that extends downward to the left to surround the wearer's left thigh in the lower left area of the hip support portion 22. A left thigh coupling end 34 extending from the other end (inside) of the left thigh support 32 so as to surround the wearer's left thigh from the inside to the outside and be coupled to one end (outer surface of one end) of the left thigh support 32. Includes The wearer's left thigh surrounded by the left femoral support portion 32 and the left femoral joint end 34 is pressed obliquely upward to the right, extending from the left femoral support portion 32 in an upward diagonal direction to the right so that the left femoral head is located within the acetabulum. It includes a left upward pressure end (36) coupled to the abdominal support end (26).

The right wearing part 40 is designed to surround the wearer's right thigh and press the right thigh in the direction of the center of the pelvis so that the right femoral head is located within the right acetabulum, and is symmetrical to the left wearing part 30 described above. It has a structure. This right wearing portion 40 includes a right thigh support portion 42 that extends downward to the right to surround the wearer's right thigh in the lower right area of the hip support portion 22. It includes a right thigh engaging end 44 extending from one end (inside) of the right thigh support 42 to surround the wearer's right thigh from the inside to the outside and to be coupled to the outer surface of the right thigh support 42. In addition, the right thigh support portion 42 and the right femoral joint end 44 extend diagonally upward from the right thigh support portion 42 to the left to press the wearer's right thigh, which is wrapped, obliquely upward to the left, to the left abdominal support portion 24. It includes a right upward pressing end 46 that is coupled.

In the above-mentioned left wearing part 30 and right wearing part 40, the inside and outside of the thigh means the inside and the outside facing area based on the areas of both thighs facing each other. One end of the left thigh support unit 32 refers to the area corresponding to the inside of the left thigh, the other end refers to the area corresponding to the outside of the left thigh, and one end of the right thigh support unit 42 refers to the area corresponding to the outside of the left thigh. refers to the area corresponding to the inside of the , and the other end refers to the area corresponding to the outside of the right thigh.

In addition, in the border area (area corresponding to the crotch) between the lower area of the hip support part 22 of the hip wearing part 20 and the left thigh support part 32 and the right thigh support part 42, there is interference with the genitals during the wearer's activities. The avoidance portion 60 is formed by cutting to prevent this from happening. This avoidance portion 60 is such that when carrying out activities after wearing the hip joint dislocation prevention clothing 10, the boundary area between the lower region of the hip support portion 22 and the left thigh support portion 32 and the right thigh support portion 42. Prevents chafing on the wearer's genitals or the inner skin of the left and right thighs. That is, as shown in FIG. 1, a circular avoidance part 60 is formed in the lower area of the hip support unit 22 and the boundary area between the left thigh support unit 32 and the right thigh support unit 42, thereby forming the hip support unit 22. ) Since the lower area and part of the border area between the left thigh support portion 32 and the right thigh support portion 42 do not interfere with the wearer's genitals or the skin of the left and right thighs, it does not interfere with the wearer's activities.

The above-mentioned hip wearing part 20, left wearing part 30, and right wearing part 40 are made of an elastic fabric, for example, a four-way stretch fabric (fabric with elasticity in multiple directions), and the fabric has On the outer side, the loop fabric is combined so that the Velcro hook is attached. The loop fabric (R) is attached (joined) to the outer side of the fabric by hook fabric (H) provided on the inner side of the left and right thigh joint ends (34, 44) and the left and right upward pressure ends (36, 46). ) is for the hook to be attached and coupled stably.

In particular, the loop fabric (R) is provided on the entire outer surface of the hip wearing part 20, the left wearing part 30, and the right wearing part 40, so that the left and right thigh joints 34 and 44 and the left and right The coupling position of the upward pressing ends 36 and 46, that is, the degree of tightening (degree of pressing), can be adjusted in various ways. In other words, the joint position of the left and right femoral joint ends (34,44) and the left and right upward pressure ends (36,46) can be changed within a wide range, thereby preventing hip dislocation according to the wearer's body size. It is possible to adjust the size of the clothing 10. Therefore, the hip joint dislocation prevention clothing (10) according to the present invention can be worn by children and adults depending on the size of the left and right femoral joint ends (34, 44) and the left and right upward pressure ends (36, 46). I do it.

In addition, the left and right thigh joints (34, 44) surround each thigh from the inside to the outside and are coupled to the outer surfaces of the left and right thigh supports (32, 42), thereby rotating both thighs of the wearer outward. Effects can be expected.
As described above, the left upward pressing end 36 is coupled to the right abdominal support end 26, and the right upward pressing end 46 is coupled to the left abdominal support end 24, so that the left upward pressing end 36 and the right upward pressing end 46 are coupled to the left upward pressing end 36. The pressing ends 46 are coupled to each other to cross each other. That is, as shown in FIGS. 3 to 5, the left upward pressing end 36 is coupled to the right abdominal support end 26 so that the left upward pressing end 36 and the right upward pressing end 46 intersect each other. By combining the right upward pressure end (46) with the left abdominal support end (24), a more stable and solid wearing condition of the hip joint dislocation prevention clothing (10) can be maintained, and the wearer's left and right femoral heads are stable within each acetabulum. It is possible to continuously apply pressure to keep it in position.

Meanwhile, as shown in FIG. 2, the hip wearing part 20, the left thigh support part 32, and the right thigh support part 42 surround the left and right sides of the pelvis and press in the direction of the center of the pelvis to support the left and right sides. A compression force control means 70 is provided to maintain the femoral head stably inserted into the acetabulum.

The compression force control means 70 is configured such that the left upward pressure end 36 and the right upward pressure end 46 are coupled to the right abdominal support end 26 so that the left upward pressure end 36 and the right upward pressure end 46 intersect each other, and the right upward pressure end ( 46) is coupled to the left abdominal support end 24, one end of which is the hip support part 22 of the hip wearing part 20 and/or so as to surround and press both femoral heads of the wearer in the direction of the center of the wearer's pelvis. A right pressure member 72 is fixed to the right thigh support 42 and the other end is coupled to the right upward pressure end 46, and one end is fixed to the hip support 22 and/or the left thigh support 32 and the other end is It consists of a left pressing member (74) coupled to the left upward pressing end (36).

At this time, the right pressure member 72 is paired with an upper adjustment band (72A) and a lower adjustment band (72B), and the left pressure member 74 is a pair with an upper adjustment band (74A) and a lower adjustment band (74B). achieve Each upper adjustment band (72A, 74A) on both sides is arranged diagonally downward from the top, and each end is coupled to the left and right sides of the hip support portion 22, respectively, and each lower adjustment band (72B, 74B) is disposed diagonally downward from the top. In a state where it is arranged diagonally upward, each end is coupled to the left and right thigh supports (32 and 42), respectively. In addition, the other ends of the left and right upper adjustment bands (72A, 74A) and lower adjustment bands (72B, 74B) are coupled to each other and a hook fabric (H) is provided on the inner side. Additionally, the right adjustment band 72 and the left adjustment band 74 are made of elastic fabric.

In this way, the right pressure member 72 and the left pressure member 74 include upper adjustment bands 72A and 72B arranged diagonally downward from the top and lower control bands 74A and 74B arranged diagonally upward from the bottom. By being composed of, both sides of the wearer's pelvis can be firmly pressed toward the center of the pelvis.

In particular, the upper adjustment bands (72A, 72B) and lower adjustment bands (74A, 74B) press both sides of the pelvis in a balanced upward and downward direction, respectively, so that the above-mentioned left wearing part 30 and right wearing part 40 In addition, ensure that both femoral heads are stably positioned within the acetabulum.

In addition, the upper adjustment bands (72A, 72B) and the lower adjustment bands (74A, 74B) are elastic and are provided with a hook fabric (H) at each other end where they are joined together, so that the upper adjustment bands (72A, 72B) on both sides and By adjusting the attachment position of the other end of the lower adjustment band (74A, 74B), not only can the pressure applied while covering both sides of the pelvis with the right pressure member 72 and the left pressure member 74 be adjusted, but also the wearer's body type or age. The compression force can be easily adjusted depending on the symptoms.

A method of wearing the hip joint dislocation prevention clothing 10 according to the present invention configured as described above and its function will be described.

Among the attached drawings, Figure 5 is a schematic flowchart for explaining the wearing sequence of the hip joint dislocation prevention clothing shown in Figure 1.

In order to wear the hip dislocation prevention clothing 10, as shown in (a) of FIG. 5, the hip support portion 22 is placed in close contact with the upper part of the wearer's buttocks and the left abdominal support portion 24 is placed on the left side of the lower abdomen. Adhere closely. And, as shown in (b) of FIG. 5, the right thigh coupling end 44 of the right wearing part 40 surrounds and couples the wearer's right thigh in the outward direction. That is, the right thigh is wrapped with the right thigh support portion 42, and then the right thigh is wrapped and joined from the inside to the outside with the right thigh joining end 44. Afterwards, the right upward pressure end (46) is stretched and pulled in the left upward diagonal direction and then attached and coupled to the left abdominal support end (24).

Then, as shown in Figures 5 (c) and (d), the right abdominal support end 26 is brought into close contact with the right side of the lower abdomen, and the left thigh joint end 34 of the left wearing part 30 is applied to the wearer's left thigh. After wrapping and combining in the outward direction, the left upward pressure end (36) is stretched and pulled in an upward diagonal direction to the right, and then attached to the right abdominal support end (26) and coupled. At this time, the left thigh coupling end 34 can be coupled by attaching the left upward pressing end 36 to the right abdominal support end 26 and then surrounding the left thigh of the wearer.

Next, as shown in (d) of FIG. 5, the right pressure member 72 and the left pressure member 74 are spread toward the front of the hip joint dislocation prevention clothing 10, respectively, and then wrapped around the left and right sides of the wearer's pelvis. It is attached and coupled to the outer surface of the left and right upward pressure ends (36, 46).

Through this process, the left wearing part 30 presses the wearer's left thigh in an upward diagonal direction to the right, and the right wearing part 40 presses the right thigh in an upward diagonal direction to the left, so the left and right femoral heads are in the acetabulum of the pelvis. It is positioned stably and dislocation is prevented.

In addition, the right pressure member 72 and the left pressure member 74, which constitute the compression force adjustment means 70 on both sides, wrap and compress both sides of the pelvis from the upper and lower directions toward the center of the pelvis, thereby compressing the left and right femoral heads. The phenomenon of dislocation within the acetabulum on both sides of the pelvis can be prevented, and the compression force can be adjusted according to the wearer's body type, age, symptoms, etc.

In addition, the left and right thigh joint ends (34, 44) surround each thigh from the inside to the outside, respectively, and are coupled to the left and right thigh supports (32, 42), and the left and right upward pressing ends (36, 46) and Compression force adjustment means 70 on both sides are provided to press both femoral heads to be positioned within the acetabulum, so that both femoral heads of the wearer are stably positioned within each acetabulum, and at the same time, the effect of rotating both femurs outward can be expected. .

Although specific embodiments of the present invention have been described and shown above, it is known in the art that the present invention is not limited to the described embodiments, and that various modifications and changes can be made without departing from the spirit and scope of the present invention. This is self-evident to those who have it. Accordingly, such modifications or variations should not be understood individually from the technical idea or viewpoint of the present invention, and the modified embodiments should be regarded as falling within the scope of the claims of the present invention.

10: Preventive clothing to prevent hip joint dislocation 20: Hip wearing part
22: Hip support 24,26: Left and right abdominal supports
30: Left wearing part 32: Left thigh support part
34: left femoral joint end 36: left upward pressure end
40: Right wearing part 42: Right thigh support part
44: Right femoral joint end 46: Right upward pressure end
60: Avoidance part 70: Means for controlling pressure force
72: Right pressure member 74: Left pressure member
72A, 72B: Upper adjustment band 74A, 74B: Lower adjustment band

Claims (6)

A hip wearing portion including a hip support portion to surround and support the upper part of the wearer's hips, and a left abdominal support portion and a right abdominal support portion extending from both upper ends of the hip support portion on both sides to surround the wearer's lower abdomen;
A left thigh support portion extending downwardly to the left from the hip support portion to surround the wearer's left thigh, and a left thigh coupling extending from the other end of the left thigh support portion to surround the wearer's left thigh and be coupled to one end of the left thigh support portion. And a left upward pressing end extending from the left thigh support in an upward right diagonal line and coupled to the right abdominal support end to press the wearer's left thigh surrounded by the left thigh support and the left thigh connecting end in an upward and right direction. Left wearing part; and
A right thigh support portion extending downwardly to the right from the hip support portion to surround the wearer's right thigh, and a right thigh coupling extending from the other end of the right thigh support portion to surround the wearer's right thigh and be coupled to one end of the right thigh support portion. It consists of a right upward pressing end extending diagonally upward from the right thigh support to the left and coupled to the left abdominal support end so as to obliquely press the right thigh of the wearer wrapped by the right thigh support and the right thigh connecting end upward to the left. Includes a right wearing portion,
The left upward pressing end is coupled to the right abdominal support end, and the right upward pressing end is coupled to the left abdominal support end, so that the left upward pressing end and the right upward pressing end are crossed with each other,
In the hip wearing unit, the left thigh support part, and the right thigh support part, the left upward pressure end and the right upward pressure end are coupled to each other in an alternating manner, and press while wrapping both femoral heads of the wearer in the direction of the center of the wearer's pelvis. A right compression member is provided so as to do so, and the compression force adjustment means includes: a right compression member whose one end is fixed to the hip support portion and the right thigh support portion and the other end of which is coupled to the right upward pressure end; and a left pressure member, one end of which is fixed to the hip support and the left thigh support, and the other end of which is coupled to the left upward pressure end,
When the hip wearing part, the left wearing part, and the right wearing part are deployed, the hip wearing part is wrapped around the lower abdomen, and the left wearing part and the right wearing part are configured to be worn while surrounding both thighs and pelvis. ,
Upward pressure hip dislocation prevention clothing. According to paragraph 1,
In the boundary area of the hip wearing portion, the left thigh support portion, and the right thigh support portion,
Characterized in that an avoidance part is formed to prevent interference with the genitals during the wearer's activities,
Upward pressure hip dislocation prevention clothing. According to paragraph 1,
The hip wearing part, the left wearing part, and the right wearing part,
It is made of a fabric with elasticity, and the outer surface of the fabric is provided with a loop fabric so that the hook fabric is attached,
Upward pressure hip dislocation prevention clothing. delete According to paragraph 1,
The right pressure member and the left pressure member,
Each pair is composed of an upper adjustment band and a lower adjustment band, each end of which is coupled to the left side of the hip wearing section and the left thigh support section, and the right side of the hip wearing section and the right thigh support section, wherein each of the upper adjustment bands on both sides is It is disposed diagonally downward from the top, and each lower adjustment band on both sides is disposed diagonally upward from the bottom, and the other end of the upper adjustment band and the lower adjustment band are coupled to each other,
Upward pressure hip dislocation prevention clothing. According to clause 5,
The upper adjustment band and the lower adjustment band are,
It has elasticity, and the other end of the upper adjustment band and the lower adjustment band is provided with a hook fabric for attachment and connection to the loop fabric,
Upward pressure hip dislocation prevention clothing.

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