KR20120133715A - Functional wear to balance and strenghten for shoulder and arm - Google Patents

Abstract

PURPOSE: A functional wear to balance and strengthen shoulders and arms is provided to correct bad postures through an antagonism by fabric muscle. CONSTITUTION: A functional wear to balance and strengthen shoulders and arms comprises a fabric shoulder joint(10), a fabric collarbone and shoulder blade support(41), a fabric humerus part(42), and a fabric elbow joint part(20). The fabric shoulder joint part has a band shape surrounding a shoulder joint located in a fabric shoulder joint. The fabric collarbone and shoulder blade support stand have a ladder form. The fabric collarbone and shoulder blade support stand are mounted to the neckline of a pattern from the top of the fabric shoulder joint. The fabric humerus part has a strip shape. The fabric dealer valley part is mounted under the fabric humerus part. [Reference numerals] (1) Pattern; (10) Fabric shoulder joint; (20) Fabric elbow joint part(main joint); (30) Fabric wrist joint part; (41) Fabric collarbone and shoulder blade support stand; (42) Fabric humerus part; (51) Fabric radius and ulna part; (61) Fabric carpal part; (62) Fabric metacarpal; (63) Fabric maniphalanx part; (AA) Collarbone; (BB) Shoulder blade; (CC) Shoulder joint; (DD) Humerus; (EE) Elbow joint(main joint); (FF) Radius; (GG) Ulna; (HH) Wrist joint; (II) Carpal; (JJ) Metacarpal; (KK) Maniphalanx

Description

Functional wear to balance and strenghten for shoulder and arm

The present invention reflects the muscle function associated with the skeletal function of the shoulder and upper limbs, and in functional clothing (hereinafter referred to as "functional clothing") to increase the balance and muscle power of the shoulder and upper limbs as an antagonistic role for the shoulder and upper limb muscles. More specifically, by designing antagonists that are the same as or similar to the shape of the shoulder and upper extremity skeletal muscles, antagonists, which are “opposed tensions” in the direction of movement of the shoulder and upper extremity skeletal muscles, It is about functional clothing that returns to posture and increases the power of skeletal muscle by the amount of acceleration caused by “opposed tension”.

Diseases and disorders caused by postural abnormalities are increasing rapidly in recent years. Musculoskeletal disorders, caused by improper posture (bad posture), are becoming the fastest among industrial accidents. Therefore, a way to be corrected from a bad posture to the right posture, and to reduce the occurrence of pain or disease caused by a bad posture has been studied.

Common ways to prevent bad posture fixation include stretching exercises to relieve muscle fatigue, or use a rehabilitation guarantor to create a correct posture.

As a guarantee, it is mainly used for posture (rehabilitation) medicine or orthopedic patients.

Posture correction belts, which are developed for scoliosis and posture correction, are sold on the market. However, the general public uses them, but it is a limitation to present excessive pressure and a fixed framework.

Most body correction cloths worn by the general public are girdle or posture correction belts that correct or protect the position of the lower back or pelvis. The technical limitations of these products do not reflect the function of the human skeleton and muscles associated with the causes of bad posture, but rather wear bands or manipulators that compress parts of the body to correct bad posture. It is attached to the system.

In addition, the technology to improve the performance of the pelvic peristalsis and knee rotation by supporting the girdle to correct the shape and posture of the lower body and lower body, but these also effectively improve the shape and function of the human skeleton and muscles It is quite limited to correct bad postures that cannot be represented.

Therefore, according to the "tension effect" of clothing, when doing activities in daily life, industry-specific work and exercise, as a antagonistic role for skeletal muscle, it balances the human body, prevents musculoskeletal disorders, and performs intense activities such as exercise It is desirable to have a "functional clothing" that increases the power of skeletal muscle to increase its effectiveness.

Therefore, the present invention reflects skeletal and related muscle functions of the shoulder and upper limbs, but the fabric muscles designed with the same or similar morphology of the shoulder and upper limbs and the muscles have the same function as antagonists of the shoulder and upper limb muscles. We propose functional clothing that performs independently.

To this end, the present invention derives the correct posture with an ergonomic evaluation tool (RULA, REBA, SI, etc.) and scans it with a 3D scanner to design this specification as an upper limb, and the shoulder, scapula, humerus, radial (chuck) The fabric musculoskeletal was designed in the same way as the form of the musculoskeletal structure of the human body so that the shoulder and upper extremity musculoskeletal function of the back bone was exerted.

Fabric muscle antagonizes the muscles of the body contracted by the "tension effect" and performs the same function independently of the existing antagonists of the human body, so that the balance of the shoulders and upper limbs can be stably stabilized during daily activities, industry-specific work and exercise. By holding it keeps the homeostasis of the human body. In addition, when the fabric muscle (an antagonistic role) is restored, in case of intense activity such as exercise, the muscle power is increased by the amount of acceleration due to the opposite tension.

The problem to be solved by the present invention, while reflecting the muscle function associated with the skeletal function of the shoulder and upper limbs, the muscles of the shoulder and upper limb antagonist to the shoulder and upper limb muscles of the woven muscles designed with the same or similar fabric It is to provide a functional clothing that performs the same function independently.

Another problem to be solved by the present invention is a fabric skeleton having a skeletal function of the shoulder and upper limb, and having a fabric muscle associated with the fabric skeleton, the fabric muscle is the same, similar to the shape of the human muscles of the shoulder and upper limbs It is to provide a functional garment configured to play an antagonistic role with elasticity.

Another problem to be solved by the present invention is that the muscle tissue designed by the ergonomic evaluation tool during daily activities to control the bad posture by antagonistic action, and to return to a balanced posture to prevent various musculoskeletal disorders, shoulder and upper extremity musculoskeletal To provide a functional garment to correct.

Another problem to be solved by the present invention is that the muscle power is increased when the antagonist muscle is converted to the main muscle muscle by the tension effect of the fabric muscle to the moving shoulder and upper limb muscle during the work and exercise by industry, it is possible to work and exercise with less muscle strength, The present invention provides a functional garment capable of reducing muscle fatigue and preventing muscle pain.

In the present invention, the upper extremity functional clothing having a fabric skeleton and the fabric muscle corresponding to the skeleton and muscles of the upper limbs, the fabric is located on the shoulder region in the fabric, fabric shoulder joint made of a band shape surrounding the shoulder joint; Made of a ladder shape, the fabric collarbone and scapula support is mounted from the top of the fabric shoulder joint to the neck of the cloth; A humerus of the fabric, which forms a band shape and is located from the bottom of the fabric shoulder part to the corresponding portion of the human elbow joint; It is mounted under the upper humerus of the fabric, the fabric heel joint portion made of a band shape surrounding the elbow joint; characterized in that it comprises a.

The upper limb functional clothing has a belt shape, and further includes a fabric radial and ulna which are mounted from the bottom of the fabric elbow joint to the corresponding portion of the human wrist joint.

The upper extremity functional clothing is a fabric muscle formed in the form of one of the upper arm muscles, upper arm muscles, upper arm triceps, triceps, is attached to at least one of the fabric shoulder joint, fabric clavicle and scapula support, fabric elbow joint.

In the upper extremity functional clothing, the woven muscles of one of the form of eowanwan, biceps brachial, triceps muscles have elasticity, but the elongation is 150 ~ 170%, the triceps muscles in the form of triceps muscles are provided with elasticity, elongation rate This is 120 to 140%.

The upper limb functional clothing of the present invention, a belt shape, the fabric collarbone and scapula support attached to the bottom surface, the other side is the end of the fabric is attached to the side of the top 2/5 points of the upper arm of the fabric humerus; A fabric having two proximal and one terminating ends, one of which is mounted at the top of the fabric shoulder joint, the other is mounted at the bottom side of the fabric clavicle and scapula support, and the end is mounted at the top of the fabric radius and ulna. Brachial biceps; Three bases and one end portion comprising a first base portion, a second base portion, and a third base portion, wherein the first base portion is attached to the lower surface of the fabric clavicle and scapula support, and the second base portion is fabric Attached to the center of the humerus, the third base portion is attached to the top of the fabric shoulder joint, the end portion of the fabric brachial triceps is attached to the top of the fabric radial and ulna; It consists of trapezoidal shape, the starting part is different, and the end part is the same, including the fabric triceps, fabric triceps, and crop triceps, the origin of the fabric triceps is attached to the lower part of the front of the fabric clavicle and scapula support. , The proximal part of the triceps of the fabric is attached to the lower side of the fabric clavicle and scapula support, the proximal part of the crop triceps is attached to the lower bottom of the rear of the fabric clavicle and scapula support, and the end is attached to the upper part of the fabric humerus of the back of the fabric. It includes at least one of.

In addition, in the present invention, the upper limb functional clothing having a fabric skeleton and fabric muscles corresponding to the skeleton and muscles of the upper limbs, the fabric is located on the shoulder portion of the fabric, fabric shoulder joint made of a band shape surrounding the shoulder joint; The upper humerus of the fabric is formed in the form of a band, located vertically from the shoulder joint corresponding to the human elbow joint; It is mounted under the upper humerus of the fabric, the fabric forearm joint portion formed in the form of a band surrounding the elbow joint; forming a belt, the fabric radial and ulna which is mounted from the bottom of the fabric elbow joint to the corresponding portion of the wrist joint of the human body; .

The functional garment is attached to at least one of the fabric shoulder, the fabric humerus, the fabric radius and ulna of the fabric muscle consisting of one of the form of the circumference, the circumference of the muscle, the humerus muscle, the radial bone.

In the functional garment, the woven muscle of one of the form of the circumference, the circumference of the inner muscle is provided with elasticity, the elongation is 150 ~ 170%, the woven muscle of one of the humerus muscle, the radial muscle is provided with elasticity However, the elongation is 120 to 140%.

The upper extremity functional clothing of the present invention is a belt shape, one side is attached to the inner bottom surface of the upper fabric humerus of the back side, the other side is turned to the other side is attached to the upper surface of the fabric radial and ulna of the front side External root; The vertex is formed into a band consisting of two triangles connected to each other, one side is attached to the inner lower surface of the upper humerus of the fabric, the other side is attached to the outer upper end of the fabric radial and ulna of the side ; A brachial shape, one side of which is attached to a half point surface of the front fabric upper humerus, and the other side of which is attached to the inner surface of the front fabric radial and ulna; It consists of a band, one side is attached to the top 2/3 point surface of the front fabric humerus, and the other side is a fabric humerus root portion is attached to the outer surface of the fabric radial and ulna; It is done.

In addition, in the present invention, the upper extremity functional clothing having the fabric skeleton and the fabric muscle corresponding to the skeleton and muscles of the upper limbs, located in the elbow joint corresponding portion, the fabric elbow joint portion formed in the form of a band surrounding the elbow joint; A radius of the fabric and the ulna formed in the form of a band and extending from the bottom of the fabric elbow joint to a corresponding portion of the human wrist joint; Located in the wrist joint corresponding portion, the fabric wrist joint portion formed in the form of a band surrounding the wrist joint; characterized in that it comprises a.

The functional clothing has a shape such as the carpal bone of the human body, the fabric carpal bone portion is attached to the fabric wrist joint; It has a shape like the metacarpal bone of the human body, the fabric metacarpal portion attached to the fabric carpal bone portion; It is provided with the same shape as the phalanges of the human body, and the fabric phalanges bone attached to the base of the metacarpal bones; further includes.

The functional clothing, the muscle muscle consisting of one of the form of the long root flexor, lumbar carpal flexor, spinal carpal flexor, long-armed extremity extensor, spinal extensor extensor, long-length muscle, Shenzhen extremity extensor, long-term flexion extensor extensor, extensor muscle, It is attached to at least one of the fabric elbow joint, the fabric radial and ulna, the fabric wrist joint, the fabric carpal bone, the fabric metacarpal bone, and the fabric phalanx bone.

In the functional apparel, the muscles of the form of one of the form of the long root flexor, lumbar carpal flexor, spinal carpal flexor, long limb extensor, spinal extensor extensor are provided with elasticity, elongation is 150 ~ 170%, suspenders, Shenzhen Textile muscles, which consist of one of the vertebral muscles, long and short extensor muscles, and extensor muscles, have elasticity and have an elongation of 120 to 140%.

The upper limb functional clothing of the present invention forms a band, one side of which is attached to the upper upper quarter of the outer fabric radial and ulna, and the other side is attached to the central portion of the tissue fracture of the thumb corresponding part of the human body Textile lumber flexors that become; It forms a band, one side is attached to the medial lower end of the front fabric upper humerus, and the other side is the lateral lumbar cartilage root attached to the center of the fabric metacarpal part of the palm of the second long bone and the third long bone; To form a band, one side is attached to the inner bottom of the fabric humerus portion, the other side is attached to the inner surface of the fabric carpal bone portion vertebral carpal tunnel; It forms a band shape, one side is attached to the inner bottom surface of the upper humerus of the fabric, the other side is the fabric attached to the middle part of the surface of the carpal carpal bone and the middle metacarpal part which is the corresponding portion of the palm fascia of the human carpal bone and human metacarpal bone Palmar root; It forms the shape of the human wicking flexor and the celestial flexion of the human body, and the starting part is mounted on the lower inner side of the upper humerus of the fabric and the upper inner side of the upper radius of the fabric and the ulna. Fabric is attached to the proximal branch roots; Jangji extensor, umbilical extensor extensor, umbilical extensor muscles are combined form, the proximal part is mounted on the inner half of the fabric radial and ulna of the back, the end is a fabric long limb extensor extremity is mounted on the outer side of the posterior phalangeal bone; To form a band, one side is attached to the outer bottom of the fabric humerus portion, the other side is attached to the inner side of the fabric carpal bone portion lateral lateral extensor muscle; It is formed in a band, one side is attached to the outer side of the three quarters of the upper humerus of the fabric, the other side of the fabric is attached to the outer side of the fabric cartilage of the rear long side of the extensor extensor; Resin extensor, proximal extensor, and extensor extensor are combined to form one end and four end parts, and the start part is attached to the lower part of the humerus of the back of the fabric, and the end part is the corresponding part of four fingers except the thumb. It includes at least one of;

According to the "functional clothing" of the present invention, by reflecting the skeletal function of the shoulder and upper limbs and related muscle functions, the fabric muscle is designed to be the same as or similar to the shape of the shoulder and upper limb skeletal muscle to perform the function of the antagonist muscle for the corresponding skeletal muscle of the human body. By doing so, the fabric muscle plays an antagonistic role to properly grasp the shoulder and upper extremity, and to maintain homeostasis for the shoulder and upper extremity skeletal muscle. Here, the "antagonistic function and role" of tissue muscles is the "opposite tension" of the tissue muscles of the skeletal muscles of the shoulders and upper limbs, which automatically returns to the original balanced posture no matter what the human activity is. If the corresponding shoulder and upper extremity skeletal muscle acts as the main root muscle, the muscle power of the main root muscle increases by the opposite tension returned. In addition, in the case of vigorous activities such as exercise, the power increases as much as the acceleration due to the magnitude of the opposite tension.

The functional clothing of the present invention controls the bad posture by the antagonistic action of the fabric muscle designed by the "human engineering evaluation tool" that corrects postures during daily activities and industry-specific work and exercise, and various musculoskeletal systems by returning to a balanced posture Shoulder and upper extremity musculoskeletons are corrected to prevent disease.

In addition, according to the "functional clothing" of the present invention, by using the muscles of less strength than the muscle strength required by the increase in muscle power by the homeostasis maintained early by antagonism to the human muscle during daily activities and industrial tasks and exercise By reducing the accumulation of residues such as lactic acid in the muscle, it is possible not only to reduce muscle fatigue, but also to prevent muscle pain due to rupture of muscle fiber and hay and trigger point.

Gravity of gravity caused by bad posture causes severe load on various joints of the shoulders and upper limbs, which adversely affects muscles, ligaments, cartilage, bones, nerves (central and autonomous) and interferes with the body's blood circulation. Therefore, in addition to treating postural imbalance, functional clothing has the following effects.

First, as in the case of chronic indigestion, weak constitution, even a close examination is effective for those who do not have a special effect.

Second, the neural metabolism is well made by smoothing the flow of the nervous system. This will help you regain your appetite, energy and vitality.

Third, it is possible to prevent degenerative mutations in which the joints reach or grow abnormally and to prevent sudden injuries by maximizing the flexibility of the human body.

Fourth, by improving the vitality, healing, regeneration, growth, etc. of all cells can maintain an ideal health state.

1 is an explanatory diagram illustrating a skeleton of a human body applied to a functional garment that maintains upper limb balance and homeostasis of the present invention and increases muscle power.
Figure 2a is an explanatory diagram illustrating a fabric skeleton of the front and side portion of the functional clothing according to an embodiment of the present invention.
FIG. 2B is an explanatory diagram illustrating a fabric skeleton of the rear portion of the functional garment of FIG. 2A. FIG.
3 is an explanatory view illustrating the fabric off-ear portion 401 in the functional clothing according to an embodiment of the present invention.
4 is an explanatory view illustrating the brachial biceps 402 in the functional clothing according to an embodiment of the present invention.
5 is an explanatory diagram illustrating the upper arm muscles 403 of the fabric in the functional clothing according to an embodiment of the present invention.
6 is an explanatory diagram illustrating a fabric triangular root portion 404 in the functional clothing according to an embodiment of the present invention.
Figure 7 is an explanatory diagram illustrating the outer fabric rotator 501 in the functional clothing according to an embodiment of the present invention.
FIG. 8 is an explanatory diagram for explaining the fabric inner rotator 502 in the functional clothing according to one embodiment of the present invention.
9 is an explanatory view illustrating the upper brachial muscle portion 503 in the functional clothing according to an embodiment of the present invention.
FIG. 10 is an explanatory diagram illustrating the fabric perfect bone root portion 504 in the functional clothing according to one embodiment of the present invention.
FIG. 11 is an explanatory diagram illustrating a fabric lumber flexor root portion 601 in the functional clothing according to an embodiment of the present invention.
FIG. 12 is an explanatory diagram for explaining the fabric yaw root part 602 in the functional clothing according to one embodiment of the present invention.
Fig. 13 is an explanatory diagram illustrating the fabric vertebral root flexion portion 603 in the functional clothing according to an embodiment of the present invention.
14 is an explanatory diagram for explaining the length of fabric weave length 604 in the functional clothing according to an embodiment of the present invention.
FIG. 15 is an explanatory diagram illustrating a fabric deep root region 605 in the functional clothing according to an embodiment of the present invention.
FIG. 16 is an explanatory diagram illustrating a fabric long-term root extensor muscle 606 in functional clothing according to an embodiment of the present invention.
FIG. 17 is an explanatory diagram illustrating a fabric lateral extensor extensor muscle part 607 in functional clothing according to an embodiment of the present invention.
FIG. 18 is an explanatory view illustrating the fabric long side lateral root portion 608 of the functional clothing according to one embodiment of the present invention.
FIG. 19 is an explanatory diagram for explaining the tissue extensor muscle 609 in functional clothing according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a functional garment according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

First, the shoulder and upper extremity skeletons applied to the "functional clothing" in the following embodiments are front skeletons 1 (a) and rear skeletons 1 (b) which are detailed skeletons of the shoulders and upper limbs as illustrated in FIG. If this is described in the form of a skeleton shown as follows.

Figure 1 is the front of the shoulder and upper limb applied to the "functional clothing" of the present invention? It is explanatory drawing explaining a back skeleton.

Figure 1 is the front of the shoulder and upper limb applied to the "functional clothing" of the present invention? Represents the backbone, before applying to the present invention? The posterior skeleton includes shoulder blade, shoulder blade, clavicle and upper arm, humerus, lumbar vertebra, carpal bone, metacarpal bone, and phalangeal bone.

The shoulder joint is a joint between the scapula and the humerus. The shoulder joint is the most movable joint in the human body because it is multiaxially movable freely up, down, left, and right. In other words, the shoulder joint is a joint between the scapula and the humerus, and is free to move back and forth, left and right, and up and down.

The clavicle is a long, S-shaped bone that connects the scapula with the scapula in the middle of the chest, and is one of the bones that connects to the sternum through the humerus and scapula. The inner end makes the sternum and the sternoclavicular joint, and the outer end connects the acromion of the scapula with the clavicular joint. These joints move relatively well to assist movement of the humerus in the shoulder joint.

Scapula (肩胛骨 capula) is a bone that forms part of the skeleton that the two arms are connected to the trunk. It spans 7 ribs and is wide triangular shape of 9 ~ 10cm.

Humerus is a long bone that extends from the shoulder to the elbow. The upper end of the humerus is a smooth, round humeral head that fits into the scapula's joints. Immediately below the humeral head, there are two protrusions, an outer confrontation and anterior bevel. This is where the muscles used to move the upper arm are attached. Between the nodules is a narrow nodule sulcus, through which the tendons of the arm muscles pass. At the lower end of the humerus, there is an external hump-shaped humerus nodule and two smooth hairs that are internal pulley-shaped pulleys.

Elbow joint, also known as elbow joint, is composed of humerus, radial and ulna, and is divided into lateral fracture, radial fracture and upper vertebral joint. In the elbow, the humerus small head is jointed with the radius and the trochlear with the ulna. Above both joints there is an epicondyle on which the muscles and ligaments of the elbow attach. The anterior dent between the upper and the upper part is the coronoid fossa, which is the area where the coronid process of the ulna enters when the elbow is bent.

The radius is located on the thumb side of the frontal arm and slightly shorter than the ulna associated with the bone. The radius extends from the elbow to the wrist and turns the hand across the ulna when the palm is pointing backwards. A thick disc-shaped radial head at the upper end of the radial bifurcation forms the cusps and joints of the humerus nipple and ulna. This arrangement of bones allows the radius to rotate freely. There is a radial tuberosity in the radial body just below the radial head. It is attached to the muscles you use to bend your upper arm from your elbows. Outside the distal radius of the radial, there is a styloid process to which the wrist ligaments attach.

The ulna is longer than the radius and overlaps the distal end of the humerus at the back. At the proximal end of the ulna, there is a ranch-shaped semilunar notch that is jointed with the humerus pulley. The projection of the pulley lies on both sides of this notch. The femur, located above the trochlear, is attached to the muscle used to extend the arm from the elbow. During this exercise, the osperma of the ulna enters into the omentum of the humerus. Likewise, an elongate protrusion just below the pulley incision enters the elongated protrusion of the humerus when the elbow is bent. At the distal end of the ulna, the ulnar ulna forms a joint with the radial incision on the lateral side and a disk of fibrocartilage on the lower side. One side of this disc engages the carpal bone. The medial condyle at the distal end of the ulna is attached to the wrist ligament.

The wrist joint is at the boundary between the forearm and the hand. This boundary is called the wrist, and the proximal surface of the wrist is a joint formed by the fibrous cartilage disc of the radial and ulna.

The carpal bone is a wrist skeleton consisting of eight small bones that are firmly joined in two rows of four. The anterior side of the wrist is recessed, forming a tendon extending through the palm and a canal through which the nerve passes. The distal aspect of the wrist is the metacarpal and joint.

The metacarpal bones are arranged in one row for each of the five fingers to form the skeletal structure of the palm. These bones are cylindrical, and the rounded distal ends make joints with the fingers, allowing the fist to be clenched. The proximal end of the metacarpal is jointed with the carpal bone and the distal end with the phalanx. The metacarpals can move freely outward, which causes the thumb to face the other finger when grabbing something.

The phalanx is the bone of the finger. Each finger consists of three bones, the proximal phalanx, the middle phalanx, and the distal phalanx, and the thumb consists of two bones (thumbs do not have a middle phalanx). ). So each hand has 14 finger bones.

≪ Example 1 >

Example 1 is an ergonomic evaluation tool (RULA, REBA, SI, etc.) designed the skeleton of the shoulders, upper arm and forearm and the muscles that move them to the antagonistic role of the shoulder, upper arm and forearm skeleton to the muscles of the shoulder and upper arm It is a "functional garment" that increases balance and muscle power.

In the human skeleton to which the embodiments are applied, the skeleton of the shoulder, upper arm and forearm corresponding to Example 1 is as shown in FIG. 1.

In the skeleton of the shoulder, upper arm and forearm of FIG. 1, the fabric skeleton corresponding to Example 1 is reflected in the "functional clothing" in consideration of the origin and the end of the muscle capable of dynamic muscle contraction.

On the other hand, when the muscles of the shoulder skeleton capable of dynamic muscle contraction are reflected in the design, the "scapula and clavicle" can be designed in the corresponding position of the human body, but the fabric is weak in the design of the shoulder, Clavicle and scapula support ”to reflect the design of functional clothing to enable the functional implementation of muscles attached to the scapula and around the clavicle.

Figure 2a is an explanatory view illustrating the fabric skeleton of the front and side portions of the functional clothing according to an embodiment of the present invention, Figure 2b is an explanatory view illustrating the fabric skeleton of the rear portion of the functional clothing of Figure 2a.

Herein, the fabric skeleton corresponding to Example 1 will be described in the front / side (FIG. 2A) and the rear side (FIG. 2B) of the "functional clothing" as follows.

The garment (1) is a frame designed by the specifications calculated by scanning the right posture of the upper body derived by the ergonomic evaluation tools (RULA, REBA, SI, etc.) with a 3D scanner.

Fabric shoulder joint 10 is the human shoulder joint is a joint of the humerus and scapula of the human body is a round elliptic support means from the human humerus to the scapula. In other words, the fabric shoulder portion 10 is located in the shoulder region, it is made of a band shape surrounding the shoulder joint. That is, by designing in the same manner as the human shoulder joint in the same form as the shoulder joint of the human body to enable antagonistic function for the muscles attached to the human humerus from the human scapula and clavicle, as shown in Figure 2a and 2b, Fabric shoulder joints 10 were designed on the front / side (FIG. 2A) and back (FIG. 2B) portions.

Fabric clavicle and scapula support (41) was designed to enable two functions as a ladder-shaped support made in the human body shoulders. That is, the fabric clavicle and scapula support 41 is made in the form of a ladder, is mounted from the top of the fabric shoulder joint to the neck of the cloth. Fabric clavicle and scapula support (41) is the first to firmly support the fabric shoulder joint (10), the second from the collarbone and scapula of the human body to implement an antagonistic function for the muscles attached to the humerus and forearm In the same shape as the clavicle and scapula, fabric collarbone and scapula support 41 were designed in the front / side (FIG. 2A) and rear (FIG. 2B) portions of the cloth 1 as shown in FIGS. 2A and 2B.

  The fabric humerus portion 42 is a part produced by the humerus of the human body in the garment, attached to the humerus from the human scapula and clavicle, and the humerus of the human body to enable antagonistic function for the muscles attached to the radial and ulna from the humerus In the same form, as shown in Figure 2a and 2b, the fabric humerus 42 was designed on the front / side (Fig. 2a), the back (Fig. 2b) of the cloth (1). That is, the fabric humerus 42 is in the form of a band, the fabric skeleton is located from the bottom of the fabric shoulder joint to the corresponding portion of the human elbow joint.

Fabric elbow joint portion 20 is a human elbow joint is a joint of the humerus, radius and ulna of the human body is a round elliptic support means from the humerus of the human body to the radial and ulna. In other words, by designing in the same way as the human elbow joint, the antagonistic function of the muscles attached to the radial and ulna from the scapula, clavicle and humerus can be realized. That is, the fabric elbow joint portion 20 is mounted under the fabric humerus portion, it is made of a band shape surrounding the elbow joint.

The fabric radial and ulna (51) is a part made of the radial / ulna of the human body in clothing, and is attached to the radial / ulna from the human humerus, and antagonizes muscles attached to the carpal bone, metacarpal, and phalanges from the radial / ulna. In the same form as the radial / ulna of the human body to enable the functional implementation, as shown in Figures 2a and 2b, the fabric radial and ulna (in the front / side (Fig. 2a), rear (Fig. 2b) of the cloth (1) 51). That is, the fabric radial and ulna (51) is in the form of a band, and is mounted from the bottom of the fabric elbow joint to the corresponding portion of the human wrist joint.

Details of the human body muscles and the fabric muscles for the human muscles basically applied to the "functional clothing" by Example 1 are as follows.

First of all, the muscles of the skeleton are classified into three categories: the external muscles, which are skin contact muscles, the internal muscles, which are the muscles within the skeleton, and the internal muscles, which are the muscles between the external and skeletal internal muscles. Except for the internal muscles, only the inner and outer muscles are considered as fabric muscles in the design of “functional clothing”. Therefore, the scapula and clavicle, humerus, radius and ulnament muscle of Figure 2a and 2b are summarized in Table 1.

 TABLE 1

The right femur is a muscle extending from the scapula to the middle along the medial side of the humerus. In other words, the erectus muscle is attached to the torso of the humerus at the starting point of the scapula.

Biceps biceps are thick muscles that are long, rounded masses on the front of the arm. In other words, the biceps biceps have two base points, the first long head is the concave nodule, and the second short head is attached to the radial nodule and the two horns, based on the ossification of the scapula.

The brachial triceps are the only muscles in the back of the arm. In other words, the brachial triceps has three starting points: the first long head is the concave lower nodule of the scapula, the second lateral head is the upper point of the back of the humerus, and the third central head is the distal 1/2 point of the back of the humerus. It is attached to the papillary part of the ulna.

The deltoid muscles cover the shoulder joint with thick triangular muscles throughout the front, side, and back of the body. It is connected from the clavicle and scapula to the lateral side of the humerus. In other words, the front of the deltoid muscle is attached to the triangular rough surface on the side humerus with the starting point 1/3 of the front and side of the clavicle, and the side is attached to the triangular rough surface on the side humerus starting from the side of the acromioccus. The rear side is attached to the triangular surface on the side humerus starting from the scapula pole.

Fabric muscles of Example 1 summarized in Table 2, the muscle fabric and the ability required for the muscle fabric should not be limited in movement regardless of what activity a person does.

<Table 2>

In other words, the elasticity of the shoulder, upper arm and forearm skeletal muscles are required to naturally return to place after flexion and extension. In the case of elasticity, the ocular muscles should not exceed the elasticity abnormality of the external muscles, and in the elongation rate, 150 ~ 170% of the fabric ocular muscles, biceps brachial muscles, and biceps triceps muscles are required. Triangular muscles are required at 120-140%.

FIG. 3 is an explanatory view illustrating the fabric off-ear portion 401 in the "functional garment" according to the first embodiment of the present invention. 3 is a view showing the fabric off-arm portion 401 to the garment.

In the case of the fabric right muscle portion 401, the fabric right muscle portion 401 reflects the shape and position of the right arm muscles of the human body, one side of the fabric collar bone and scapula support 41, which is the human shoulder blades as a starting point The other side is attached to the side of the top 2/5 of the upper humerus 42 of the fabric as the end portion.

The elastic direction of the fabric off-arm portion 401 is directed toward the center of the fabric humerus portion 42 from the lower inside of the front fabric clavicle and scapula support 41 to the center of the fabric off-arm muscle (fabric tension: opposite direction). ) This causes the antagonist and antagonistic role of the human body to bring the tension of the fabric erectus muscle 401 back to its original posture no matter what action a person takes. With the horizontal civil war, the bench press, curling (winter Olympic sports), etc. exercise the safety of the right muscles of the human body and increases power.

4 is an explanatory diagram illustrating the brachial biceps 402 in the "functional clothing" according to the first embodiment of the present invention. 3 is a view showing the fabric upper biceps 402 in the garment.

In the case of the brachial biceps 402, the brachial biceps 402 reflect the shape and position of the brachial biceps of the human body, one side of which is the first position (long head) for high efficiency of the biceps brachial body. The shoulder blade concave nodule position of the human body or the direction of the required force is the same as the upper fabric shoulder surface of the fabric shoulder section 10, so attached to the upper fabric shoulder surface of the fabric shoulder section 10, the second position (short head) Is attached to the lower surface of the fabric clavicle and scapula support 41 which is the position of the human shoulder blade. The other side is attached to the upper surface of the fabric radial and ulna (51) as the end portion. That is, the brachial biceps 402 has a V-shape, and has two starting parts and one end part, one starting part is mounted on the top of the fabric shoulder joint, and the other starting part is the lower surface of the fabric clavicle and scapula support. Is mounted on the top of the fabric radial and ulna. Hereinafter, in the present invention, the starting portion indicates the mounted position of the beginning of the tissue muscles, and the end portion indicates the mounted position of the end of the tissue muscles.

The elastic direction of the brachial biceps 402 is directed from the lower side of the fabric clavicle and scapula support 41 of the front of the garment to the top of the fabric radial and ulna 51, and the relaxation direction of the biceps brachial muscle of the human body (fabric tension: In the opposite direction). This allows the antagonistic role of the upper arm and the human body so that no matter what action the person takes, the tension of the upper arm of the fabric 402 is returned to its original position, and if the upper arm of the human body acts as the main muscle, the elbow flexion, Forearm abduction and weak flexion of shoulder joint, it makes the upper arm of biceps safe and increases power during curling (winter Olympic event), barbell, dumbbell, chin, rope climbing, etc.

FIG. 5 is an explanatory view illustrating the triceps triceps 403 in the "functional garment" according to the first embodiment of the present invention. 5 is a view of the fabric upper arm triceps 403 is designed for clothes.

In the case of the triceps triceps 403, the triceps triceps 403 reflects the shape and position of the upper triceps of the human body, one side of the three base parts and the first position (long head) of the scapula Attached to the lower surface of the fabric clavicle and scapula support (41), the second position (side head) is the upper position of the human humerus for the high efficiency of the human upper arm triceps or the direction of the required force of the fabric shoulder joint (10) Attached to the upper fabric shoulder side, the third position (center head) is attached to the center of the fabric humerus 42 of the rear. On the other hand, the other side is attached to the upper surface of the fabric radial and ulna (51) at the rear end. That is, the triceps triceps 403 is formed in the form of a trident, and provided with three base parts and one end portion consisting of a first base portion, a second base portion, and a third base portion, the first base portion of the fabric clavicle and scapula support It is attached to the lower side of the, the second base portion is attached to the center of the fabric humerus portion of the back of the cloth, the third base portion is attached to the top of the fabric shoulder joint, the end portion is attached to the top of the fabric radius and ulna.

The elastic direction of the triceps triceps 403 is directed from the upper surface of the upper lateral humerus 42 of the garment back to the upper end of the fabric radial and ulna 51 so that the relaxation direction of the triceps of the human body is reversed. Direction). This makes the human brachial triceps antagonist play an antagonistic role so that the tension of the fabric brachial triceps 403 is returned to its original position no matter what action the person takes. Joint extension and shoulder joint pronation can help to increase the power and secure the brachial triceps of the human body during push ups, parallel bars, barbells, dumbbells and bench pressing.

FIG. 6 is an explanatory diagram illustrating the fabric triangle root part 404 in the "functional garment" according to the first embodiment of the present invention. 6 is a view showing the fabric triangular part 404 is designed for clothes.

In the case of the fabric triangular muscle 404, the fabric triangular muscle 404 reflects the shape and position of the triangular muscle of the human body, one side of which is the three starting parts, the first position of the front fabric collarbone and scapula support (41). Attached to the front side of the fabric clavicle and scapula support (41), which is the side of the human collarbone, which is the bottom of the body, and the second position (side) is attached to the fabric clavicle and scapula support (41), the lower side of the human acromiate side And, the third position (rear) is attached to the lower back of the fabric clavicle and scapula support (41) that is the human scapula pole. On the other hand, the other side is attached to the upper surface of the fabric humerus 42 of the rear end.

The elastic direction of the fabric triangular root portion 404 is directed to the center of the corresponding direction of the fabric humerus 42 from the front and rear surfaces of the lower end of the garment fabric clavicle and scapula support 41 (fabric tension: opposite direction) Matches This causes the antagonist to act as an antagonist of the human body so that the tension of the fabric triangular part 404 is returned to its original posture no matter what action a person takes. When the human deltoid muscle acts as a main root, abduction, flexion, The horizontal abduction and internal rotation, the extension of the brachial joint, the horizontal abduction and the external rotation make lifting, dumbbell and weight lifting exercise safer and increase the power of triceps.

The fabric skeleton described above can be designed in any order, but the fabric skeletal muscle is designed in order from the eye muscles to the external muscles and the order is as follows.

Skeletal muscles of the human body is designed on the fabric (1) ① fabric right muscles 401 ② fabric upper arm muscles 402 ③ fabric upper arm triceps (403) ④ fabric triangle muscles (404) in order. However, the order can be changed as necessary if there is no functional impediment, and the start and end must be observed, but the width of the fabric can be adjusted.

Therefore, the fabric muscle reflected in the functional clothing of the present invention maintains the balance and homeostasis of the shoulder and upper limb early as an antagonistic role for the corresponding muscle of the shoulder and upper limb. This keeps the shoulders and upper limbs balanced and increases muscle power by the amount of acceleration due to opposing tension. In addition, by suppressing the secretion of lactic acid, phosphate and the like in the human muscles to reduce muscle fatigue and prevent muscle pain.

<Example 2>

Example 2 is an ergonomic evaluation tool (RULA, REBA, SI, etc.) to design the humerus and forearm skeleton and the muscles that move them to increase the balance and muscle power of the upper arm as an antagonistic role for the muscles of the humerus and forearm skeleton "Functional clothing".

Skeleton of the forearm and forearm corresponding to Example 2 in the human skeleton to which the embodiments are applied are shown in FIG.

In the human skeleton of Figure 1, the upper and lower forearm fabric skeleton of the human body corresponding to Example 2 is reflected in the "functional clothing" in consideration of the origin and end of the muscle in the same manner as in Example 1.

On the other hand, when reflecting the muscles of the humerus, radial and ulna that allow dynamic muscle contraction to the design, the “radius and ulna” are difficult to distinguish at the corresponding position of the human body, but the function of the human musculoskeletal is possible to integrate the radial and ulna. Designed with one fabric skeleton.

Figures 2a and 2b is a design and explanatory diagram of the fabric skeleton as described above, the fabric skeleton corresponding to Example 2 is in the "functional clothing" front / side (Fig. 2a), back (Fig. 2b) of the first embodiment Since the same as the cloth (1), the upper humerus 42 of the fabric, the fabric elbow joint portion 20, the fabric radial and ulna (51), the description is omitted here.

Details of the human body muscles and the fabric muscles for the human muscles basically applied to the "functional clothing" by Example 2 are as follows.

First, the human muscles and skeletal system applied to Example 2, summarized the skeletal muscles of the human humerus, radial and ulna of Figures 2a and 2b are shown in Table 3.

<Table 3>

The eccentric muscles are short muscles that run from the outer tip of the ulna and humerus to the radial. In other words, the esophagus is attached to the outer surface of the radial osteotomy, starting from the ridge of the ulna and the lateral aspect of the humerus.

Distal internal muscles are short muscles that begin at the end of the humerus and ulna and connect to the radius. That is, the medial upper condyle of the humerus and the globules of the ulna are attached to the outer surface of the radial plane at the starting point.

The brachial muscles are the muscles in the middle of the brachial biceps. In other words, the humerus tuberculosis is attached to the bulge of the ulna at the starting point.

The radial muscle is the muscle that connects the humerus to the radius. That is, the outer side of the distal end of the humerus front surface is attached to the outer surface of the radius on the tibial projection from the starting point.

Table 4 summarizes the required muscle fabrics and muscle fabrics required for the muscles of the human body and the muscles of the human body no matter what kind of activity of the second embodiment.

TABLE 4

In the case of elasticity, the ocular muscles should not exceed the elasticity abnormality of the external muscles, and in the elongation rate, the external muscles of the fabric, the internal muscle of the fabric, 150 ~ 170% 120-140% is required.

FIG. 7 is an explanatory diagram for explaining the outer circumference of the fabric 501 in the "functional garment" according to the second embodiment of the present invention. 7 is a view showing the outer fabric 501 of the fabric to the garment.

In the case of the fabric circumferential muscle 501, the fabric circumference of the muscle 501 reflects the shape and position of the circumference of the human body. It should be attached to the outer bottom surface, but in order to increase the efficiency of the function, it is attached to the inner bottom surface of the humerus 42 of the fabric, and the other side is turned to the end of the front of the garment, which is the outer surface of the radial body of the front body. Fabric radial and ulna (51) should be attached to the outer top surface, but in order to increase the efficiency of the function is attached to the fabric radial and ulna (51) inner upper surface.

The stretch direction of the outer fabric rotator 501 is to turn from the outer bottom of the garment rear fabric humerus part 42 to the outer fabric bottom of the garment front fabric radial and ulnar part 51 to relax the outer circumference of the human body. Match the direction (fabric tension: opposite direction). This allows the circumferential role of the circumferential muscle and the antagonist to return the tension of the circumference of the fabric circumference 501 to the original posture no matter what action the person takes. By throwing a baseball (curve) or screwdriver, the human body's circumferential muscles are safe and power is increased.

FIG. 8 is an explanatory view for explaining the fabric inner muscle portion 502 in the "functional garment" according to the second embodiment of the present invention. 8 is a view of the fabric circumference inner muscle 502 is designed for clothes.

In the case of the fabric circumference root 502, the fabric circumference muscle 502 reflects the shape and position of the circumference of the human body, one side of the fabric humerus part 42, which is the inner upper humerus of the humerus of the front human body at the starting site. It is attached to the inner bottom surface of the other side of the front of the radial body of the radial body of the radial and ulna (51), which is the outer surface of the radial body of the front human body, but in order to increase the efficiency of the fabric radial side of the clothing side and Attached to the outer top surface of the ulna 51.

The stretch direction of the fabric circular internal muscle portion 502 is directed from the inner bottom of the garment front fabric humerus part 42 toward the outer side of the garment side fabric radial and ulnar parts 51 to the upper outer side of the fabric circular muscle (fabric) Tension: the opposite direction). This causes the antagonist and antagonistic role of the human circumferential muscle, so that the tension of the fabric circumferential muscle 502 is returned to its original posture no matter what action the person takes. When throwing a baseball (curve) or turning a screwdriver, it secures the inner rotator muscle and increases power like the circumference of the human body.

 9 is an explanatory diagram illustrating the upper brachial muscle portion 503 in the "functional garment" according to the second embodiment of the present invention. 9 is a view showing the upper brachial muscles 503 of the garment.

In the case of the upper brachial muscle 503, the upper brachial muscle 503 reflects the shape and position of the brachial muscle of the human body. It is attached to the two-point side, and the other side is attached to the upper surface of the inner surface of the ulna and ulnar part 51, which are the ulnar convex protrusions of the anterior human body as the end portion.

The stretching direction of the upper brachial muscle portion 503 is directed toward the inner top of the fabric radial and ulnar parts 51 from the center of the front fabric upper humerus portion 42 of the garment. ) This is to play an antagonistic role with the brachial muscles of the human body, the tension of the upper brachial muscles 503 no matter what action is taken by the human body will return to the original posture, if the brachial muscles of the human body acts as the main root muscle, the forearm in the elbow By flexing the curling (winter Olympics) such as training in the humerus muscles of the human body safely and increases power.

FIG. 10 is an explanatory diagram illustrating the fabric perfect bone root 504 in the "functional garment" according to the second embodiment of the present invention. FIG. 10 is a view illustrating a design of the fabric perfect bone root 504 on a garment.

In the case of the fabric complete bone root 504, the fabric complete bone root 504 reflects the shape and position of the radical bone of the human body, one side of the fabric humerus 42 is the distal end of the distal end of the front human body to the starting site Attached to the top 2/3 point side, and the other side is attached to the fabric radial and ulnar part 51 outer bottom surface which is the radial outer surface on the condyle.

The elasticity direction of the tibialis anterior muscle part 504 is directed toward the lower extremity of the tibial radius and the ulnar part 51 at the upper 2/3 point of the anterior fabric upper humerus part 42 of the garment. (Fabric tension: opposite direction). This causes the antagonist and antagonistic role of the human body to bring back the tension of the fabric complete radial muscle part 504 no matter what action a person takes, and the radial muscle of the human body acts as the main root muscle. The elbow flexion, internal rotation from the outset posture to the neutral posture, and internal football from the internal posture to the neutral posture to rotate the forearm in and out of the body, and secure the power Increase.

The fabric skeleton described above can be designed in any order, but the fabric skeletal muscle is designed in order from the eye muscles to the external muscles and the order is as follows.

Skeletal muscles of the human body is designed on the cloth (1) in the order of: ① fabric rotator muscle 501 ② fabric rotator inner muscle 502 ③ fabric upper arm muscles 503 ④ fabric complete muscle root 504.

In addition, when combined with "Example 1", "Example 1" is designed after the "Example 2" design. However, the order can be changed as necessary if there is no functional impediment, and the start and end must be observed, but the width of the fabric can be adjusted.

Therefore, the muscle of the fabric reflected in the functional clothing of the present invention maintains the balance and homeostasis of the forearm and forearm early as an antagonistic role of the forearm and forearm. This keeps the upper limbs in balance and increases muscle power by the amount of opposing tension. It also reduces muscle fatigue and prevents muscle pain as in Example 1.

<Example 3>

Example 3 is an ergonomic evaluation tool (RULA, REBA, SI, etc.) to design the skeleton of the upper extremity and the muscles that move them to increase the balance and muscle power of the upper extremity as an antagonistic role for the corresponding muscle of the upper extremity, especially wrist It is a "functional clothing" to strengthen the musculoskeletal function of the following.

Skeleton of the upper limbs corresponding to the third embodiment in the human skeleton to which the embodiments are applied is shown in FIG. 1.

In the human skeleton of Figure 1, the fabric skeleton of the upper limb of the human body corresponding to Example 3 is reflected in the "functional clothing" in consideration of the origin and end of the muscle in the same manner as in Example 1.

2A and 2B are explanatory diagrams for designing and explaining a fabric skeleton in the front and side (FIG. 2A) and rear (FIG. 2B) portions of the "functional garment" according to embodiments of the present invention. Herein, the fabric skeleton corresponding to Example 3 will be described in the front / side (FIG. 2A) and the rear side (FIG. 2B) of the "functional clothing" as follows.

Fabric wrist joint portion 30 is the human wrist joint is a joint of the radius and ulna and the carpal bone of the human body is a round elliptic support means from the radius and ulna of the human body to the carpal bone. In other words, by designing in the same way as the human wrist joint, the antagonistic function of the muscle attached to the carpal bone, metacarpal bone, and phalanx from the radial body and the ulna was made possible.

Fabric carpal bone 61 is the part that produced the carpal bone of the human body in the clothing, the same shape as the carpal bone of the human body to enable the antagonistic function for the muscles attached to the carpal bone from the humerus, radial and ulna of the human body As shown in Figure 2a and 2b, the fabric carpal bone 61 was designed on the front / side (Fig. 2a), the back (Fig. 2b) of the cloth (1).

Fabric metacarpal part 62 is a part produced by the metacarpal of the human body in the clothing, in the same form as the metacarpal of the human body to enable antagonistic function for the muscles attached to the metacarpal from the humerus, radial and ulna of the human body, FIG. 2A And as shown in Figure 2b, the fabric metacarpal part 62 is designed on the front / side (Fig. 2a), the back (Fig. 2b) of the cloth (1).

The fabric phalangeal part 63 is a part produced by the phalanges of the human body in the clothing, in the same form as the phalanges of the human body to enable antagonistic function for the muscles attached to the phalanges from the humerus, radial and ulna of the human body. , 2a and 2b, the fabric fracture bone 63 was designed on the front / side (Fig. 2a), the back (Fig. 2b) of the cloth (1).

Before the human body? after? Since the fabric 1, the upper humerus 42 of the side, the fabric elbow joint 20, the fabric radial and the ulna 51 is the same as in Example 1, the description is omitted here.

Details of the human body muscles and the fabric muscles for the human muscles basically applied to the "functional clothing" by Example 3 are as follows.

First, as a human muscle and skeletal system applied to Example 3, the skeletal muscles of the human humerus, radial and ulna, carpal and metacarpal and phalanx of FIGS. 2A and 2B are summarized in Table 5.

<Table 5>

The gut muscle flexor is a muscle that travels with the thumb along the center of the forearm. In other words, the long extremity flexor muscle is attached to the base of the distal phalange of the thumb with the central boundary of the ulna located in the anterior front of the radial and distal muscles.

The lumbar carpal tunnel is a large muscle that runs along the medial side of the forearm. In other words, the lumbar cartilage flexion is attached to the base of the second long bone and the third long bone starting from the inner condyle of the humerus.

Spinal flexors are muscles that run along the medial side of the forearm. In other words, the lateral carpal tunnel is attached to the carpal bone and metacarpal bone at the distal humeral end and proximal end of the ulna.

The dorsal muscle is a slender muscle on the medial forearm between the lumbar carpal tunnel and the lateral carpal tunnel. That is, the medial upper condyle of the humerus is attached to the fascia of the palm at the starting point.

The deep muscles are large muscles that connect from the ulna to the fingertips. That is, the front surface of the ulna is attached to the base surface of the distal second to fifth fingers.

The celestial flexors are large muscles just deep in the intestinal lateral cartilage flexors. That is, the medial image of the humerus, the globules of the ulna and the radius are attached to the tendon of the finger at the starting point.

Longus extensor muscles are the muscles that form the deep extremities of the extremities and the extremities of the extremities. That is, the posterior side of the lower central ulna is attached to the base of the thumb distal phalanx.

The extensor extensor muscles are the muscles that form the core of the long extensor muscles and the extremities of the extremities. In other words, it is attached to the base of the proximal phalanx of the thumb from the back of the lower central radius.

The lateral extensor proximal muscles are the muscles that form the core of the long extensor and the extremity of the long limb. That is, the back of the radius and the central part of the ulna are attached to the base of the first long bone.

The spinal extensor extensor is a muscle that forms the shallow part of the forearm back together with the lumbar muscle, the long extensor muscle, the short extensor muscle, and the extensor. In other words, it is attached to the base of the fifth iliac crest at the center of the humerus and 2/4 of the posterior boundary of the ulna.

The intestinal lateral extensor extensor is a muscle that mixes with the radial muscle and forms the shallow part of the forearm back. That is, the lower third of the lateral humerus of the humerus and the trauma of the humerus are attached to the base of the second long bone.

The lateral carpal extensor extensor is sometimes combined with the intestinal carpal extensor extensor and forms a shallow part of the forearm rear. That is, the inner condyle of the humerus is attached to the base of the third long bone starting from the start.

The resin extensor is the muscle that forms the deep part of the forearm with the external muscle, the lateral extensor, and the long extensor. That is, the trauma of the humerus is attached to the four tendons to the base of the central phalanx and proximal phalanges of the four fingers.

The proximal extensor is the muscle that forms the core of the forearm, along with the lumbar muscle, the long-term carpal extensor, the short-term carpal extensor, the extensor, and the lateral extensor extensor. That is, it is attached to the base of the distal phalanges and the middle phalanges of the fifth phalanx, starting from the trauma of the humerus.

The extensor extensor is the muscle that forms the deep part of the forearm along with the extensor muscle, the lateral extensor muscle and the long extensor muscle. That is, it is attached to the base of the central phalanx and distal phalanges of the second phalanx from the center of the ulna of the back to the distal 1/3.

Table 6 summarizes the required muscle fabrics and muscle fabrics required for movement of the fabric muscles and the human body for any activity of the second embodiment of the present invention as shown in Table 6.

<Table 6>

In the case of elasticity, the ocular muscles should not exceed the elasticity abnormality of the external muscles, and in the elongation rate, the iliac rotator muscles, the lateral lumbar muscles, the lateral muscles of the fabric 150 ~ 170%, tangible muscles of the lateral muscle of the fabric, proximal muscle roots of the fabric, long lateral extensor extensors of the fabric, and 120 ~ 140% of the extensor muscles.

FIG. 11 is an explanatory diagram for explaining the fabric lumber flexor portion 601 in the "functional garment" according to the third embodiment of the present invention. Fig. 11 is a view showing the fabric lumber flexor 601 in the garment.

In the case of the iliac vertebrae root portion 601, the iliac vertebrae root portion 601 reflects the shape and position of the iliac root flexion of the human body, one side of which is the base portion of the anterior body and the distal end of the radial bone. Clothing that is the median boundary of the ulna, which is attached to the front side of the radial and upper quarter of the ulna 51 and the other side is the palmar side of the distal phalange of the thumb Attached to the front surface of the front fabric fracture bone (63).

The stretch direction of the iliac vertebrae root portion 601 is directed toward the center of the iliac fringes 63 at the outer upper quarter of the garment front fabric radial and ulnar parts 51. Match the relaxation direction (fabric tension: opposite direction). This is to play an antagonistic role with the human dorsiflexus muscles, the tension of the fabric dorsum flexors 601 no matter what kind of action a person returns to the original posture, when the dorsum flexors of the human body acts as the main root muscle The movement of the thumb and palmar joints and the joints of the thumb, the flexion of the wrist, and the flexion of the wrist secure the body's long root flexion muscles and reduce fatigue when playing sports or using computer keyboards.

Fig. 12 is an explanatory diagram for explaining the fabric lateral carpal flexor portion 602 in the "functional garment" according to the third embodiment of the present invention. Fig. 12 is a view showing the design of the textile yaw root flexion portion 602 on a garment.

In the case of the distal carpal tunnel part 602, the distal carpal tunnel part 602 reflects the shape and position of the dorsum of the anterior body of the anterior human body, and one side is the proximal part of the humerus internal condyle of the anterior human body. Attached to the medial lower end surface of the front fabric upper humerus portion 42 of the garment, and the other side is attached to the center of the garment front fabric metacarpal portion 62, which is the palm side of the second long bone and the third long bone as the end portion. do.

The elastic direction of the lumbar carpal tunnel 602 is directed to the central point of the medial metacarpal part 62 at the inner bottom of the front fabric upper humerus 42 of the garment so that the relaxation direction of the lumbar carpal tunnel of the human body (fabric tension: In the opposite direction). This causes an antagonistic role with the lumbar cartilage of the human body so that the tension of the fabric lumbar carpal tunnel 602 is returned to its original posture no matter what action a person takes, and when the lumbar carpal tunnel of the human body acts as the main root. Wrist flexion and abduction, weak flexion of elbow, tug of war, tennis and golf swing, safer and increase the power of the lumbar spine.

Fig. 13 is an explanatory diagram for explaining the fabric vertebral root flexion portion 603 in the "functional garment" according to the third embodiment of the present invention. Fig. 13 is a view showing the design of the cloth vertebral root flexion portion 603 in the garment.

In the case of the lateral vertebral carpal tunnel 603, the lateral vertebral carpal tunnel 603 reflects the shape and position of the vertebral carpal tunnel, one side of which is the distal end of the humerus and the proximal ulnar end of the anterior body. The fabric humerus 42 is attached to the inner bottom surface, the other side is attached to the inner surface of the carpal bone and metacarpal bone of the front human body as the end portion (front surface).

The stretching direction of the fabric lateral carpal tunnel 603 is directed from the inner bottom of the front fabric upper humerus 42 to the inside of the fabric carpal bone 61, and the relaxation direction of the human spinal cartilage flexion (fabric tension: In the opposite direction). This causes the antagonistic role of the human spinal cartilage and antagonist, so that the tension of the fabric spinal carpal tunnel 603 is returned to its original position no matter what action the person takes. By flexing and advancing the hands at the joints, it secures the spinal muscles of the human spinal column during tug of war and increases power.

 Fig. 14 is an explanatory diagram for explaining the length of fabric weave 604 in the "functional garment" according to the third embodiment of the present invention. Fig. 14 is a view showing the structure of the fabric length 604 for clothes.

In the case of the fabric suture root 604, the fabric suture root 604 reflects the shape and position of the suture muscle of the human body, one side of which is the inner part of the upper humerus inner part of the humerus of the front human body at the starting position. The other side is attached to the palmar fascia surface of the cartilage carpal bone 61 and the medullary bone 62, which are the ulnar bulbous projections of the anterior human body as the end portion. That is, the fabric suture root 604 forms a band with a triangle at the end, one side is attached to the inner bottom surface of the upper humerus of the fabric, the other side is the palmar fascia corresponding to the palm fascia portion of the human carpal bone and human metacarpal bone And it is attached to the middle portion of the surface of the fabric metacarpal.

The stretch direction of the fabric suture root 604 is directed toward the palm fascia of the fabric carpal bone 61 and the metacarpal bone 62 at the inner lower end of the garment front fabric humerus 42. Match the direction (fabric tension: opposite direction). This causes the antagonist and antagonistic role of the human body to bring the tension of the fabric suture root 604 back to its original position no matter what action a person takes, and the hand muscle of the human hand acts as the main root of the wrist. By flexing and holding the device and playing sports or using computer keyboards and mice, the carpal muscles of the human body are safe and fatigue is reduced.

Fig. 15 is an explanatory diagram illustrating the fabric deep root region 605 in the "functional garment" according to the third embodiment of the present invention. FIG. 15 is a view illustrating the design of the fabric sheath root region 605 in clothing.

In the case of the fabric deep root region 605 of the fabric, the deep root portion of the fabric deep root and the deep root of the fabric of the front human body has similar functions in the human body, so it is inconvenient to wear when reflected in the clothing. To prevent this, there is a probability of restraining factors such as the fabric fabric proximal proximal flexion (605) incorporating the two muscles, the starting point of the fabric proximal proximal flexion (605) is the ulnar front and the front of the ulna Designed on the lower medial side of the fabric humerus (42) and the medial medial radius and ulna (51) of the upper surface of the garment front corresponding to the inner and upper humerus.

In addition, the end point of the fabric deep root protruding part 605 is the front surface of the fabric limb fracture (63) of the front surface of the garment attached to the base surface of the second to fifth fingers distal to the deep root and the tendon of the celestial flexor. Except thumb).

The stretch direction of the fabric proximal proximal root portion 605 is directed toward the fabric proximal osteotomy 62 from the lower inner side of the front fabric upper humerus part 42 and the upper end of the fabric radial and ulnar part 51. And the relaxation direction (fabric tension: opposite direction) of the celestial excavation. This plays an antagonistic role with the wicking and celestial vertebrae of the human body so that the tension of the fabric swelling and cavities 605 can be returned to its original posture no matter what action a person takes. In the case of the main root muscles, the palms are connected to both wrists of the core and celestial vertebrae, so the flexion of the wrist helps to secure the wicking and celestial flexors of the human body and increases power during exercise such as holding a racket or climbing a rope. give.

Fig. 16 is an explanatory diagram illustrating the fabric long-term root extensor muscle 606 in the "functional garment" according to the third embodiment of the present invention. 16 is a view showing the fabric long limb extensor extremities 606 to the garment.

In the case of the long-legged extensor extremities 606, the long-armed extremities extremities 606 of the back of the human body is a wearable when reflected in clothing because their functions are similar in the human body In order to rule out the probabilities of limiting factors such as discomfort, the fabric long-term extensor extensor extremities 606, incorporating three muscles, were fabricated. The posterior side of, the posterior side of the lower central radius of the extensor extensor, and the medial radial and ulna (51) 1/2 medial surface of the back of the garment corresponding to the posterior side of the radial and ulna of the extramuscular adduct.

In addition, the end point of the long limb extensor extremities 606 is close to the base of the distal phalanx of the thumb of the long limb extensor, the base of the proximal phalanx of the thumb of the extensor extensor, and the base of the first long bone of the lateral extensor Designed on the outer side of the fabric fracture bone 63 of the garment can be implemented.

The stretch direction of the long limb extensor extremity 606 of the fabric is directed toward the outer side of the fabric phalangeal bone 63 from the inner half of the garment back fabric radial and ulna (51) 1/2, so Match the relaxation direction (fabric tension: opposite direction). It plays an antagonistic role with the mutant extensor, mutant extensor, and extremity extensor of the human body, so that the tension of the iliac extensor extremities 606, regardless of the person's action, is returned to its original posture. When the extremity extensor, mutant extensor, and extremity extensor are the main root muscles, the long extensor extensor, extremity extensor, and extremity extensor are all connected to the base of the thumb osteotomy so that the exercise such as golf or tennis that requires wrist extension The body's long muscle extensor, mutant extensor, and mutant extensor are safe and increase power.

Fig. 17 is an explanatory diagram illustrating the fabric lateral extensor extensor muscle part 607 in the "functional garment" according to the third embodiment of the present invention. Fig. 17 is a view showing the fabric lateral extensor extensor muscle part 607 in the garment.

In the case of the distal extensor extensor extremity 607, the distal extensor extensor extremity 607 reflects the shape and position of the extensor extensor extensor of the human spinal cord. / 4 point is attached to the outer lower surface of the upper humerus 42 of the fabric, the other side is attached to the inner surface of the fabric carpal bone 61 which is the base of the fifth long bone of the human body to the end.

The stretch direction of the lateral extensor extensor extremities 607 of the fabric is directed toward the inner extremity of the extremity of the garment rear side of the upper extremity of the garment (42) to the inner side of the extensor cartilage (61), and the relaxation direction (fabric tension: opposite direction) of the human Match. This causes the antagonist and antagonistic role of the human body, so that the tension of the fabric lateral extensor extensor (607) is returned to its original posture no matter what action a person takes, and the spinal extensor extensor of the human body acts as the main muscle. In this case, the carpal extensor extensor is safe and increases the power of the spinal extensor extensor of the human body during daily activities such as wrist extension, spinal extensor flexion, wiping the window with weak kidneys and elbow.

Fig. 18 is an explanatory diagram for explaining the long-tailed extensor extensor portion 608 of the fabric in the "functional garment" according to the third embodiment of the present invention. Fig. 18 is a view showing the design of the long-tailed extensor extensor 608 of the fabric.

In the case of the long-term carpal extensor extensor 608, the long-ear carpal extensor extremity 608 of the back body is worn when reflected in clothing because its function is similar in the human body. Probability of limiting factors, such as discomfort, such as the discomfort of the fabric has been produced in order to rule out the two prosthetic long extremity extensor extensor (608), and the starting point of the long extremity extensor extensor (608) is the intestinal Designed on the 3/4 lateral side of the posterior fabric humerus (42) corresponding to the trauma of the humerus of the lateral and extensor muscles.

In addition, the end point of the long side of the long extensor cartilage 608 of the fabric is outside the fabric cartilage part 61 of the back of the garment corresponding to the base of the second long bone of the long extensor cartilage Designed.

The stretch direction of the long-length extensor extensor extremities 608 of the fabric is directed toward the outside of the fabric cartilage 61 from 3/4 outward of the upper posterior humerus 42 of the garment. Match the relaxation direction of (fabric tension: opposite direction). It plays an antagonistic role with the major lateral extensor extensor and short lateral extensor extensor of the human body so that the tension of the long extremity extensor extensor 608 of the fabric is returned to its original posture regardless of the person's action. When the lateral and extensor muscles act as the main muscles, the intestinal and extensor muscles are connected to the outside of the wrist. It helps to secure carpal extensor and increases power.

Fig. 19 is an explanatory diagram illustrating the fabric finger extensor muscle 609 in the "functional garment" according to the third embodiment of the present invention. Fig. 19 is a view showing the design of the cloth extensor extensor 609 in a garment.

In the case of the textile extensor extremity 609, the resin extensor extensor, the extensor extremity, and the extensor extensor of the back human body have similar functions in the human body, so that when it is reflected on clothing, Probability is present, so fabricated extensor extremities (609) incorporating three muscles were fabricated to rule out this. The origin of the extensor extensors (609) was the trauma of the humerus and the extensor extensor and the extensor extensor. Designed on the lower surface of the fabric humerus (42) of the back of the garment corresponding to the distal 1/3 point.

Also, the end points of the proximal phalanx 609 are four tendons to the base phalanx and the proximal phalanges of the resin extensor, the distal phalanges of the fifth phalanx of the extensor extensor and the base plane of the middle phalanx, and two of the extensor extensors. Designed on the front (all sides, except the thumb) of the fabric phalangeal bone 63 of the rear of the garment, which is close to the base surface of the central phalanx and the distal phalanges of the second phalanx.

The stretch direction of the extremity extensor extremities 609 is from the lower fabric upper humerus 42 at the back of the garment toward the front (except for the thumb) of the extremity phalanges 63. (Fabric tension: opposite direction). It plays an antagonistic role with the resin extensor, the extensor extensor, and the extensor extensor of the human body, so that the tension of the tissue extensor extremity 609 is returned to its original posture regardless of the human action. When the extensor extensor, the extensor extensor, the extensor extensor, and the extensor extensor are the four fingers of the phalangeal bone, the height of the wrist, and the weak kidney of the elbow. It makes the extensor and extensor extensors safe and increases the power.

The fabric skeleton described above can be designed in any order, but the fabric skeletal muscle is designed in order from the eye muscles to the external muscles and the order is as follows.

The skeletal muscles of the human body are placed on the cloth (1). ① Fabric lumber flexors (601) ② Fabric lumber roots (602) ③ Fabric vertebral carpal tunnels (603) ④ Fabric lumber roots (604) ⑤ Fabric springs roots (605) (6) Fabric long limb extensor extremity (606) (7) Fabric spine extensor extensor extremity (607) (8) Fabric long extremity extensor extensor extensor (608).

In addition, when combined with "Examples 1 and 2", "Examples 1 and 3" are designed after designing "Example 2". However, the order can be changed as necessary if there is no functional impediment, and the start and end must be observed, but the width of the fabric can be adjusted.

Therefore, the muscles of the fabric reflected in the functional clothing of the present invention maintains the balance and homeostasis of the forearm and forearm, hand early in the antagonistic role for the muscles of the upper arm and forearm, hands. This keeps the upper limbs in balance and increases muscle power by the amount of opposing tension. It also reduces muscle fatigue and prevents muscle pain as in Example 1.

<Example 4>

Example 4 is an ergonomic evaluation tool (RULA, REBA, SI, etc.) to design the skeleton of the shoulders and upper limbs and the muscles that move them to the balance and muscle power of the shoulders and upper limbs as an antagonistic role for the corresponding muscles of the shoulders and upper limbs It is an increase in "functional clothing".

Example 4 is a "functional garment" incorporating the above-described first to third embodiments, the fabric skeleton for the human skeleton applied thereto is the fabric (1), fabric shoulder joints 10, fabric clavicle and scapula support (41) , Fabric humerus (42), fabric forearm joint (20), fabric radial and ulna (51), fabric wrist joint (30), fabric carpal bone (61), fabric metacarpal bone (62), fabric fracture bone ( 63), since they have been described in the above-described embodiments, the description thereof is omitted here.

Table 7 summarizes the human musculoskeletal system of Example 4 in which three examples, that is, the first to third examples, are summarized.

 <Table 7>

In addition, Table 8 summarizes the abilities required for the woven muscles and muscle fabrics of the human muscles of the third embodiment, namely, the fourth embodiment in which the first to third embodiments are integrated.

<Table 8>

Fabric muscles for the human muscles applied to the "functional clothing" of Example 4, that is, the "functional clothing" of the three embodiments of the first to the third, the fabric off-arm muscle 401, the upper arm muscles 402 , Fabric brachial triceps (403), fabric triangular muscle (404), fabric extraoral muscle (501), fabric circle inner muscle (502), fabric brachial muscle (503), fabric complete bone root (504), fabric length Flexion part 601, fabric lumbar carpal tunnel part 602, fabric spinal carpal tunnel part 603, fabric suspenders root part 604, fabric spring finger root part 605, fabric long limb extensor root part 606, fabric The lateral extensor extensor extremity 607, the distal long extremity extensor extensor 608, and the extremity extensor extensor 609 are provided, and thus description thereof is omitted here.

Example 4 is a "functional garment" incorporating three examples (first to third), which keeps the shoulders and upper limbs more balanced than Example 1 and increases muscle power by the amount of acceleration due to opposing tension. Let's do it. The "functional garment" of the present invention may be made of an elastic fabric or knitted fabric, and may be manufactured by a planar weaving method from a similar elastic fabric or knitted fabric such as knitwear.

1: Sample 10: Fabric Shoulder Joint 41: Fabric Clavicle / Scapula Support
42: fabric upper humerus 20: fabric elbow joint 51: fabric radial / vertebra
30: fabric wrist joint 61: fabric carpal bone 62: fabric metacarpal bone
63: fabric fracture bone 401: fabric open arm 402: fabric upper arm 403: fabric upper arm 404: fabric triangle root 501: fabric circumference 502: fabric round neck 503: fabric upper arm 504: fabric Root 601: fabric lumber flexor root 602: fabric lumbar dorsum root 603: fabric lumbar carpal root 604: fabric suspenders 605: fabric proximal proximal root 606: fabric long limb extensor root 607: fabric lateral carpal extensor root 608: Lateral extensor extensor extremities 609:

Claims (20)

In the upper limb functional clothing provided with the fabric skeleton and fabric muscle corresponding to the skeleton and muscles of the upper limb,
Is located on the shoulder portion of the fabric, fabric shoulder joint made of a band surrounding the shoulder;
Made of a ladder shape, the fabric collarbone and scapula support is mounted from the top of the fabric shoulder joint to the neck of the cloth;
A humerus of the fabric, which forms a band shape and is located from the bottom of the fabric shoulder part to the corresponding portion of the human elbow joint;
It is mounted under the fabric humerus portion, the fabric heel joint portion made of a band shape surrounding the elbow joint;
Upper extremity functional clothing comprising a. The method of claim 1,
The upper limb functional clothing, characterized in that it further comprises a fabric radial and ulna which is formed in the form of a band and is mounted from the bottom of the fabric elbow joint to the corresponding portion of the human wrist joint. The method of claim 1,
The upper arm functional muscle, the upper arm muscles, biceps triceps, triceps muscles, the upper extremity muscles, characterized in that the fabric shoulders, fabric clavicle and scapula support, fabric upper arm joints characterized in that it is attached to at least one. The method of claim 3,
The upper arm muscles, biceps brachial muscles, triceps muscles made of one of the upper arm triceps have elasticity, the upper extremity functional clothing characterized in that the elongation is 150 ~ 170%. The method of claim 3,
Fabric muscle in the form of a deltoid muscle is provided with elasticity, upper extremity functional clothing characterized in that the elongation is 120 ~ 140%. 3. The method according to any one of claims 1 to 3,
A belt-shaped, attached to the lower surface of the fabric clavicle and scapula support, the other side of the fabric is attached to the side of the upper 2/5 points of the upper humerus of the fabric humerus;
A fabric having two proximal and one terminating ends, one of which is mounted at the top of the fabric shoulder joint, the other is mounted at the bottom side of the fabric clavicle and scapula support, and the end is mounted at the top of the fabric radius and ulna. Brachial biceps;
Three bases and one end portion comprising a first base portion, a second base portion, and a third base portion, wherein the first base portion is attached to the lower surface of the fabric clavicle and scapula support, and the second base portion is fabric Attached to the center of the humerus, the third base portion is attached to the top of the fabric shoulder joint, the end portion of the fabric brachial triceps is attached to the top of the fabric radial and ulna;
It consists of trapezoidal shape, the starting part is different, and the end part is the same, including the fabric triceps, fabric triceps, and crop triceps, the origin of the fabric triceps is attached to the lower part of the front of the fabric clavicle and scapula support. , The proximal part of the triceps of the fabric is attached to the lower side of the fabric clavicle and scapula support, the proximal part of the crop triceps is attached to the lower bottom of the rear of the fabric clavicle and scapula support, and the end is attached to the upper part of the fabric humerus of the back of the fabric. part;
Upper extremity functional clothing, characterized in that it comprises one or more of. In the upper limb functional clothing provided with the fabric skeleton and fabric muscle corresponding to the skeleton and muscles of the upper limb,
Is located on the shoulder portion of the fabric, fabric shoulder joint made of a band surrounding the shoulder;
The upper humerus of the fabric is formed in the form of a band, located vertically from the shoulder joint corresponding to the human elbow joint;
It is mounted under the fabric humerus portion, the fabric heel joint portion made of a band shape surrounding the elbow joint;
Fabric radius and ulna which forms a band, and is mounted from the bottom of the fabric elbow joint to the corresponding portion of the human wrist joint;
Upper extremity functional clothing comprising a. The method of claim 7, wherein
Upper extremity muscle, circumferential muscle, humerus muscle, talus muscle of the form of one of the upper extremity shoulder, woven humerus, fabric radial, ulna and ulna . The method of claim 2,
The lean muscle, brachial biceps, brachial triceps, triceps, circumference, circumference of the inner muscle, brachial muscles, talus muscles, the shoulder joint, the fabric clavicle and scapula support, the fabric elbow joint, the fabric The upper extremity functional clothing, characterized in that attached to at least one of the humerus, fabric radial and ulna. 10. A method according to any one of claims 8 to 9,
Fabric muscle consisting of one form of the circumference muscle, the circumference of the inner muscle is provided with elasticity, functional clothing characterized in that the elongation is 150 ~ 170%. 10. A method according to any one of claims 8 to 9,
The upper arm muscles, woven muscles made of one of the radial muscles is provided with elasticity, upper extremity functional clothing, characterized in that the elongation is 120 ~ 140%. The method of claim 7, wherein
It forms a band, one side is attached to the inner bottom surface of the upper lateral humerus of the fabric, the other side is turned to the outer side fabric rotator and ulna attached to the inner upper surface of the ulna of the front (front);
The vertex is formed into a band consisting of two triangles connected to each other, one side is attached to the inner lower surface of the upper humerus of the fabric, the other side is attached to the outer upper end of the fabric radial and ulna of the side ;
A brachial shape, one side of which is attached to a half point surface of the front fabric upper humerus, and the other side of which is attached to the inner surface of the front fabric radial and ulna;
It consists of a band, one side is attached to the front 2/3 point upper surface of the upper humerus of the fabric, and the other side is the fabric radial root portion attached to the outer bottom of the fabric radial and ulna;
Upper extremity functional clothing, characterized in that it comprises one or more of. The method of claim 7, wherein
Located at the wrist joint counterpart, the fabric wrist joint portion made of a band surrounding the wrist joint;
It is provided with the same shape as the carpal bone of the human body, the fabric carpal bone portion attached to the fabric wrist joint;
It has a shape like the metacarpal bone of the human body, the fabric metacarpal portion attached to the fabric carpal bone portion;
It is provided with the same shape as the phalanges of the human body, and the fabric phalangeal bone portion is attached below the fabric metacarpal;
Upper extremity functional clothing characterized in that it further comprises. In the upper limb functional clothing provided with the fabric skeleton and fabric muscle corresponding to the skeleton and muscles of the upper limb,
Located in the corresponding elbow joint, the fabric elbow joint portion made of a band shape surrounding the elbow joint;
A radius of the fabric and the ulna formed in the form of a band and extending from the bottom of the fabric elbow joint to a corresponding portion of the human wrist joint;
Located at the wrist joint counterpart, the fabric wrist joint portion made of a band surrounding the wrist joint;
Upper extremity functional clothing comprising a. 15. The method of claim 14,
It is provided with the same shape as the carpal bone of the human body, the fabric carpal bone portion attached to the fabric wrist joint;
It has a shape like the metacarpal bone of the human body, the fabric metacarpal portion attached to the fabric carpal bone portion;
It is provided with the same shape as the phalanges of the human body, and the fabric phalangeal bone portion is attached below the fabric metacarpal;
Upper extremity functional clothing, characterized in that it further comprises. 16. The method of claim 15,
The muscle muscles in the form of one of the longus flexor muscle, lumbar carpal flexor muscle, spinal carpal flexor muscle, long and short root extensor muscle, lateral carpal extensor extensor, long root muscle, Shenzhen flexor muscle, long lateral extensor carpal extensor, lichen extensor muscle, Upper extremity functional clothing, characterized in that it is attached to at least one of the radius and ulna, woven wrist joint, woven carpal bone, medullary iliac bone, woven bone fracture. The method of claim 13,
Ouwanwan, biceps brachial muscles, brachial triceps, deltoid muscles, lateral muscles, circular inner muscles, brachial muscles, radial muscles, long root flexors, lumbar carpal flexors, lateral carpal flexors, short lateral root extensors, lateral extensor extensors, long roots Fabric muscles, which are formed in the form of one of the long-term lumbar extensor extensors and extensor muscles, the fabric shoulder, fabric clavicle and scapula support, fabric elbow joint, the fabric humerus, fabric radial and ulna, fabric wrist joint, fabric number The upper extremity functional clothing, characterized in that attached to at least one of the musculoskeletal, medullary medullary portion, woven fabric fracture. The method according to any one of claims 16 to 17,
Fabric muscles made of one of the form of umbilical vertebra, lumbar carpal flexor, lateral carpal flexor, long-term radiant extensor, lateral carpal extensor extensor, which has elasticity, has an elongation rate of 150-170%. The method according to any one of claims 16 to 17,
The upper and lower extremity functional clothing, which has a stretch, but has a stretch ratio of 120 to 140%. The method according to any one of claims 14 to 15,
It forms a band, one side is attached to the outer upper quarter of the front fabric radial and ulna, and the other side is a fabric jangmugi flexors attached to the central portion of the tissue fracture of the thumb corresponding part of the human body;
It forms a band, one side is attached to the medial lower end of the front fabric upper humerus, and the other side is the lateral lumbar cartilage root attached to the center of the fabric metacarpal part of the palm of the second long bone and the third long bone;
To form a band, one side is attached to the inner bottom of the fabric humerus portion, the other side is attached to the inner surface of the fabric carpal bone portion vertebral carpal tunnel;
It forms a band shape, one side is attached to the inner bottom surface of the upper humerus of the fabric, the other side is the fabric attached to the middle part of the surface of the carpal carpal bone and the middle metacarpal part which is the corresponding portion of the palm fascia of the human carpal bone and human metacarpal bone Palmar root;
It forms the shape of the human wicking flexor and the celestial flexion of the human body, and the starting part is mounted on the lower inner side of the upper humerus of the fabric and the upper inner side of the upper radius of the fabric and the ulna. Fabric is attached to the proximal branch roots;
Jangji extensor, umbilical extensor extensor, umbilical extensor muscles are combined form, the proximal part is mounted on the inner half of the fabric radial and ulna of the back, the end is a fabric long limb extensor extremity is mounted on the outer side of the posterior phalangeal bone;
To form a band, one side is attached to the outer bottom of the fabric humerus portion, the other side is attached to the inner side of the fabric carpal bone portion lateral lateral extensor muscle;
It is formed in a band, one side is attached to the outer side of the three quarters of the upper humerus of the fabric, the other side of the fabric is attached to the outer side of the fabric cartilage of the rear long side of the extensor extensor;
Resin extensor, proximal extensor, and extensor extensor are combined to form one end and four end parts, and the start part is attached to the lower part of the humerus of the back of the fabric, and the end part is the corresponding part of four fingers except the thumb. Tissue branch extremity is attached to the tissue fracture of the bone;
Upper extremity functional clothing, characterized in that it comprises one or more of.

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