KR102283579B1 - Functional wrist protector - Google Patents

Abstract

A functional wrist guard is disclosed. When the functional wrist protector according to an embodiment of the present invention is worn on the user's wrist, the movement of the ulnar ball head is ensured by wrapping the ulnar head in the inserted state, and the surrounding ligaments increase the surface contact area to prevent damage by holding it. can

Description

Functional wrist protector

The present invention relates to a wrist protector, and more particularly, to a functional wrist protector for preventing a user's wrist injury.

In general, gloves are worn to protect hands, and are integrally formed so as to fit from fingers to palms, backs of hands, and wrists. Gloves are sometimes used to protect workers from injuries and dangers while using their hands in the process of working in an industrial field, sometimes used for washing dishes in the kitchen, etc. It is widely used in various environments, such as being used to maintain body temperature.

Recently, due to the increase in leisure activities, gloves are essential even during various leisure activities such as exercise and mountain climbing. Various additional functions are being added.

For example, in the case of golf, a golf glove is put on one hand holding a handle of a golf club during a swing operation, and a swing operation is performed with the other hand lightly wrapping the finger part of the hand wearing the golf glove. Accordingly, various functions are being added to golf gloves, such as a function of guiding wrist movement for correcting a golf swing motion, and a function of fixing and protecting the wrist, such as pain relief according to the use of the wrist.

The joints constituting the arm of the human body are the wrist formed by the radius and ulna, the wrist is formed by the eight carpal bones, the palm is formed by the five metacarpal joints that enable rotation, flexion, and extension, and multiple Fingers that can hold objects are formed by the resin bone.

These joint groups may be injured due to repetitive and continuous overuse during hand-held exercise or activity, and sometimes healing may not be complete and pain may be continuously induced at the time of injury. Therefore, a wrist protector that is worn on the wrist of the body to protect the joints and bones has been designed and used.

Wrist protectors are worn on the soft joints of people together with elbow protectors, ankle and wrist protectors, etc. .

A general wrist protector according to the prior art is formed in the form of a band surrounding the wrist region, and is configured to evenly press the wrist region from the outer surface of the wrist along the circumference. Through such wrist compression, functions such as protecting the wrist joint and preventing excessive bending of the wrist are performed.

However, since the wrist protector according to the prior art evenly compresses the entire wrist region, when worn for a long time, blood flow in the wrist artery is not smooth and there is a problem such as numbness or swelling of the hand. Due to the same inconvenience, its use is very limited, such as taking off or not wearing the wrist guard during exercise, and accordingly, the wrist is not safely protected during various exercises or activities, thereby exposing the wrist to the risk of injury.

Republic of Korea Patent Publication No. 10-2012-0127814

Embodiments of the present invention are to provide a functional wrist protector that can stably protect the ulnar head protruding outward from the user's wrist and the ligaments around the ulnar head.

Functional wrist protector according to an embodiment of the present invention is formed integrally with the finger insertion unit 110 into which the user's finger 2 is inserted, and the finger insertion unit 110 to protect the palm that is in close contact with the user's palm. The glove body portion 100 is formed with a portion 120; And extending from one end of the palm protection part 120 toward the outside to a predetermined length, adjacent to the user's wrist 10, the extended ulna 20 and radius 30 of the wrist (10) The functional movement of the ulnar head 22 is opened so that the ulnar head 22 protruding outward from the ulna 20 is inserted in the section that first wraps the wrist 10 at the same time as wrapping inward in the radial direction. The insertion part 212 is formed to a predetermined size so as to be freely maintained, and the first band part 210 is maintained in contact with the portion except for the ulnar ball head 22, and the extended end of the first band part 210 outwardly The band part 200 provided with a second band part 220 extending to a predetermined length and in contact with the upper surface of the ulnar head 22 while wrapping the user's wrist 10 via the ulnar head 22 include

The first band unit 210 includes a first cover 211 made of a soft material that is in direct contact with the skin and is in close contact with the user's wrist 10 in the first contact section; a second cover 215 that faces the first cover 211 and is integrally sewn; It is positioned between the first cover 211 and the second cover, and includes an elastic member 213 for imparting an elastic force to the first band portion 210, and the insertion portion 212 includes the first, 2 is formed through the covers 211 and 212 and the elastic member 213, and the first band part 210 is adjacent to the opened section of the insertion part 212 among the entire section in the longitudinal direction (L) and It includes a strap (S) extending to a predetermined length and width in the width direction (W), wherein the strap (S) is in contact with the wrist (10) except for the open area of the insertion part (212). It is maintained and further includes a heat generating unit 130 provided inside to apply heat to a predetermined temperature with the wrist 10 .

The strap (S) is charcoal, germanium, jade, selicite, selenium, titanium, magnesite, zeolite, graphite, tin, magnesium, It consists of a mixed powder selected from peptidium in a predetermined weight.

When the first band part 210 wraps around the user's wrist 10, a portion of the distal radioulnar joint 40 formed between the ulna 20 and the radius 30 constituting the wrist is the insertion part 212 ) is located in the open area, and the remaining part is kept wrapped inside the wrist 10 by the first band part 210 in the radial direction, and when the back of the user's hand is viewed from above, the distal radioulnar joint A portion of the radial carpal joint 50 located on the upper side of the 40 and extending in the horizontal direction with respect to the user's wrist 10 is located in the open region of the insertion part 212, and the radial carpal muscle A part of the collateral ulnar ligament 60 extending to the user's little finger adjacent to the joint 50 is kept wrapped in the radial direction of the wrist 10, and the extended end of the radial carpal joint 50 and A portion of the radial collateral ligament 70 extending adjacently to the thumb is kept wrapped in the radial direction of the wrist 10, and the insertion part 212 has an open region between the ulnar ball head 22 and the It is opened to a size that includes the joint disk 65 located between the radial carpal tunnel joint 50 .

When the first band unit 210 wraps around the user's wrist 10, a part of the distal radioulnar joint 40 formed between the ulna 20 and the radius 30 constituting the wrist 10 is inserted It is located in the open area of the part 212 so that free movement is possible, and the remaining part is kept wrapped in the radial direction of the wrist 10 by the first band part 210 and looks at the back of the user's hand from above. The radial carpal joint 50, which is located on the upper side of the distal radioulnar joint 40, and extends in the transverse direction with respect to the user's wrist 10, the ulnar head 22 and the radial carpal joint The joint disc 65 positioned between the 50 is opened to a size that is included in the open area of the insertion part 212 .

The second band part 220 is the ulna 20 and the radius ( 30) is located on the upper side of the distal radioulnar joint 40 formed between, the radial carpal joint 50 extending in the transverse direction with respect to the user's wrist 10, the ulnar head 22 and the radius It is characterized in that the joint disc 65 positioned between the carpal tunnel 50 is simultaneously pressed with a predetermined pressure toward the radially inner side of the wrist 10 .

The first band portion 210 further includes a cover portion 214 for keeping the upper surface of the open region of the insertion portion 212 covered, wherein the cover portion 214 includes the ulnar ball head 22 and Part of the distal radioulnar joint 40 formed between the ulna 20 and the radius 30, a part of the radial carpal joint 50 extending in the transverse direction with respect to the wrist 10, and the ulnar head 22 And it is formed in a size including the joint disk (65) located between the radial carpal tunnel joint (50).

The cover portion 214 may include a first cover portion 214a extending along the open edge of the insertion portion 212 and generating an elastic restoring force in the circumferential direction; The second cover part is connected to the first cover part 214a and has a size to cover the opened upper surface of the insertion part 212, and generates elastic restoring force in a different direction from the first cover part 214a. Including (214b), the first and second cover parts 214a and 214b are a part of the radial carpal joint 50 and a joint disc located between the ulnar head 22 and the radial carpal joint 50. It is characterized in that the state covering the upper surface of (65) is maintained.

The first cover portion 214a is formed as a first mesh radially inwardly between the second cover portions 214b, and the second cover portion 214b has a radius with respect to the ulnar ball head 22 . Doedoe extending with a predetermined radius toward the direction and formed as a second mesh, the second mesh is maintained at a shorter distance than the first mesh.

The second cover part 214b uses a shape memory material whose shape is deformed according to the user's body temperature.

Embodiments of the present invention can protect the user's wrist and safely protect the ulnar head and adjacent ligaments.

Embodiments of the present invention enable transmission of more force by first wrapping the ulnar ball head in a protruding state when the band part wraps the user's wrist, and at the same time, the cover part is in close contact with the ulnar ball head, and secondarily, it is closely attached to the wrist and wrapped around the wrist. This will protect your wrists and prevent injuries.

1 is a view showing a functional wrist guard according to an embodiment of the present invention.
2 is a view showing a band unit according to an embodiment of the present invention.
3 is a view showing a heat generating unit according to an embodiment of the present invention.
Figure 4 is a view showing an anatomical state of the wrist according to an embodiment of the present invention.
5 to 7 are views showing a wearing state of a functional wrist protector according to an embodiment of the present invention.
8 is a cross-sectional view showing a state in which the ulnar ball head is inserted into the insertion part formed in the band part according to the present embodiment.
9 to 10 is an embodiment showing a state in which the insertion part formed in the functional wrist protector is positioned on the wrist according to an embodiment of the present invention.
11 is a view showing a cover formed on a functional wrist guard according to an embodiment of the present invention.
Fig. 12 is a view showing the state of use of Fig. 11;

A functional wrist guard according to an embodiment of the present invention will be described with reference to the drawings. 1 is a view showing a functional wrist protector according to an embodiment of the present invention, Figure 2 is a view showing a band portion according to an embodiment of the present invention, Figure 3 is an embodiment of the present invention FIG. 4 is a view showing an anatomical state of a wrist according to an embodiment of the present invention.

1 to 4, the functional wrist protector according to the present embodiment includes a glove body part 100 held by a user's hand, and a band part 200 connected to the outside from the glove body part 100. consists of including For reference, the band unit 200 extends to a predetermined length in the form of a band.

The glove body unit 100 includes a finger insertion unit 110 into which the user's finger 2 is inserted, and a palm protection unit 120 formed integrally with the finger insertion unit 110 to be in close contact with the user's palm. is formed

The finger insertion unit 110 is formed in a ring shape on the palm protection unit 120 to a size that a user's finger can be inserted into and is sewn to the palm protection unit 120, so that the user can conveniently insert it and use it.

The palm protection unit 120 is a part that maintains direct contact with the palm of the user's hand, and artificial leather or natural leather is used to prevent abrasion, and may be changed to a material other than the above-mentioned material.

The band unit 200 extends from one end of the palm protection unit 120 toward the outside to a predetermined length, and is adjacent to the user's wrist 10 and extends the ulna 20 and radius 30 to the wrist. The ulnar head 22 protruding outward from the ulna 20 in the section surrounding the wrist 10 at the same time as wrapping inward in the radial direction of 10 is inserted into the ulnar head 22 of the The insertion part 212 is formed to a predetermined size so that the functional movement is maintained freely, and the first band part 210 which is maintained in contact with the part except the ulnar ball head 22, and the extension of the first band part 210 and a second band portion 220 extending outward from the end to a predetermined length and in contact with the upper surface of the ulnar head 22 while wrapping the user's wrist 10 via the ulnar head 22 .

In particular, in this embodiment, since the thickness of the first band part 210 is formed to be thinner than the thickness of the second band part 220 , the adhesion is improved when it is wound around the user's wrist 10 .

The band unit 200 according to this embodiment prevents the wrist 10 from being bent due to the weight applied to the wrist when the user exercises with the function of winding the wrist 10 in the glove body unit 100, and the wrist 10 ) can prevent damage to the ligaments formed around the ligaments and inflammation.

In particular, in this embodiment, since the ulnar ball head 22 is inserted into the insertion part 212 when the band part 200 winds the wrist 10, the ulnar ball head 22 in contact with the band part 200 is widened or By being in close contact with the first band part 210 without lifting, the wrist protection effect due to an increase in the contact area is improved.

For example, when the user uses the wrist 10, the band 200 is in close contact with the user's skin when the wrist 10 moves or rotates in the inner direction, the outer direction, or the circumferential direction based on the center of the wrist 10 . Since is always maintained, the protective effect of the wrist 10 is improved.

The insertion part 212 according to the present embodiment may be formed in the shape of a long hole extending in the longitudinal direction of the first band part 210, but it may also be changed to a rectangular or oval shape.

The first band unit 210 includes a first cover 211 made of a soft material and in direct contact with the skin at the same time as direct contact with the skin during the first contact section with the user's wrist 10 , and the first cover 211 . and a second cover 215 integrally sewn to face and positioned between the first cover 211 and the second cover, and an elastic member 213 for imparting an elastic force to the first band portion 210 . includes

Since the first cover 211 is in direct contact with the user's wrist 10, it is desirable to have excellent adhesion and fit, and in this embodiment, a Velcro-type memory foam material may be used.

The second cover 215 is made of the same material and size as the first cover 211 , and the elastic member 213 applies an elastic force in the pulling direction when the user winds the band 200 along the wrist 10 . It provides a function to enable easy winding on the wrist 10 and generates a pressing force for pressing in the inner center direction of the wrist 10 to prevent excessive bending of the wrist 10 and improve safety when transmitting force.

Since the insertion part 212 is formed through the first and second covers 211 and 215 and the elastic member 213, the ulnar ball head 22 is easily inserted.

The first band part 210 includes a strap (S) extending with a predetermined length and width in the longitudinal direction (L) and the width direction (W) adjacent to the opened section of the insertion part 212 among the entire section. do. The strap (S) is maintained in contact with the wrist 10 except for the open area of the insertion part 212, and the heat provided inside to apply heat to the wrist 10 at a predetermined temperature. It further includes a generator 130 .

The strap (S) is extended with a length and width different from the length and width shown in the drawing according to the size of the insertion part 212, and the radial carpal joint 50 and the articular disc formed in the vicinity of the ulnar head 22. (65) and the contact area for the distal radioulnar joint (40) can be adjusted in different ratios.

That is, when the insertion portion 212 becomes larger or smaller than the size shown in the drawing, the length and width of the strap S may increase in the longitudinal direction or the width in the width direction according to the size of the insertion portion 212 . As this is changed, the contact area for the aforementioned radial carpal joint 50, the joint disk 65 and the distal radioulnar joint 40 is changed to stably wrap the wrist 10 and the ligaments around the wrist 10, This can help prevent injuries that may occur during exercise.

The strap (S) is charcoal, germanium, jade, selicite, selenium, titanium, magnesite, zeolite, graphite, tin, magnesium, It consists of a mixed powder selected from peptidium in a predetermined weight.

The strap (S) is kept worn by the user during or after the exercise for a predetermined period of time, and heat is applied to the wrist 10 and the surrounding ligaments and joints through the heat generating unit 130, so the thermal effect and mixing The effect of far infrared rays by the powder is generated.

When heat is applied to the mixed powder and far-infrared rays are irradiated to the wrist 10, it is irradiated and absorbed at the wavelength most beneficial to the human body, so it penetrates to the deep skin (4-5 cm) of the wrist 10 to sterilize pathogens or cancer cells. can do. The far-infrared radiation has a long wavelength and penetrates from the skin to the fat layer, blood vessels and bones, thereby improving the therapeutic effect.

The far-infrared rays are radiated to water and protein molecules constituting cells in the human body, and resonate with minute vibrations about 2000 times per minute to activate cell activity.

In this way, as thermal energy is generated in the process of cellular activity, body temperature naturally rises and microvasculature expands, activates blood circulation, strengthens metabolism, and increases tissue regeneration, decomposing blood clots in the tube to improve blood circulation is promoted

In this case, since the blood around the wrist is cleared, the hydrogen ion concentration (PH) is improved to strengthen the user's ability to improve the user's constitution from acid to weak alkali, and due to its relaxation action, it can also induce effects on stress plaques, which are pointed out as the cause of adult diseases. there is.

When the far-infrared rays are irradiated to the wrist, the temperature rises in the subcutaneous layer, the expansion of microvessels, the promotion of blood circulation, the strengthening of metabolism between blood and the human body and other tissues, improving blood disorders, and tissue regeneration ability However, an increase in anticonvulsant ability is simultaneously induced.

For example, when the wrist 10 is not or is not inflamed, if the wrist protector is worn, inflammation can be prevented or maximally alleviated, so it can be effectively used to protect the user's wrist 10 .

The heat generating unit 130 according to the present embodiment is a thin plate planar heating element is used, but may be changed to another configuration. The heat generating unit 130 is operated by receiving operating power through a separately provided power supply unit 300 .

Since the insertion part 212 is inserted so as to freely maintain the functional movement of the ulnar head 22, even when the user moves the wrist 10 in the inward or outward direction during exercise, the insertion stability of the ulnar head 22 is is maintained, and the contact surface between the first band part 210 and the skin of the wrist 10 excluding the insertion part 212 is in close contact with each other stably without being opened or lifted.

The reason why the ulnar head 22 is inserted is that after the first band 210 wraps the wrist 10, the ulnar head 22 is pressed in the inner direction of the wrist 10 is prevented and free movement is possible In order to prevent injury to the user's wrist 10 in advance, the ligament tissue around the ulnar ball head 22 is stably wrapped by keeping in close contact with the first band part 210 .

When the first band part 210 wraps around the user's wrist 10, a portion of the distal radioulnar joint 40 formed between the ulna 20 and the radius 30 constituting the wrist is the insertion part 212 ) is located in the open area, and the remaining part is kept wrapped inside the radial direction of the wrist 10 by the first band portion 210 .

The distal radioulnar joint 40 is a joint used when turning the wrist 10 in a clockwise or counterclockwise direction, and a part extends between the radial carpal tunnel joint 50 and the ulnar head 22, which will be described later. The end portion extends toward a predetermined length between the ulna 20 and the radius 30 .

The distal radioulnar joint 40 is involved in the movement of the wrist 10 in the above-described direction, and is also involved in the operation of moving the wrist 10 in the medial or lateral direction, so some sections of the distal radioulnar joint 40 When protected by wrapping by the first band part 210, it ensures stable movement, and when a force is applied to the wrist 10, or when a force is transmitted from the wrist, the joint disk 65 or the radial carpal joint ( 50), it works advantageously to generate a greater force without creating a strain.

When the ulnar ball head 22 is inserted into the insertion part 212, the functional movement according to the movement of the wrist 10 is freely guaranteed, so that the user's stable movement is ensured, and the rest of the parts except the insertion part 212 are It is kept in close contact with the skin and presses the radial carpal joint 50, the distal radioulnar joint 40, and the joint disk 60 in the radial direction of the wrist 10, thereby preventing the user's wrist 10 injury. there is.

The first band part 210 is located above the distal radioulnar joint 40 when the back of the user's hand is viewed from above, and extends in the transverse direction with respect to the user's wrist 10 ( A part of 50) is located in the open region of the insertion part 212, and a part of the ulnar collateral ligament 60 extending to the user's little finger adjacent to the radial carpal tunnel 50 is the wrist 10 The state of being wrapped in the radial direction of the wrist 10 is maintained, and a part of the radial collateral ligament 70 extending with the thumb adjacent to the extended end of the radial carpal tunnel 50 is wrapped in the radial direction of the wrist 10. maintain.

This embodiment does not simply wrap the wrist 10, but simultaneously presses the ulna 20 and the radius 30 in the radial direction of the wrist 10, and at the same time, the distal radioulnar joint 40 and the radial carpal tunnel joint (50) and a part of the joint disc 65 is pressed in contact with the upper surface of the skin, and some can be freely moved to support and disperse the excessively applied stress of the wrist 10 stably.

In addition, when the wrist 10 is used in various directions, any one or more of the distal radioulnar joint 40 or the radial carpal joint 50 or the articular disc 65 is not ruptured, thereby causing the injury of the wrist 10 . can prevent

In addition, when the user wants to apply a specific force using the wrist 10 , the distal radioulnar joint 40 or the radial carpal joint 50 or the joint disk 65 described above is the first band portion 210 and the insertion portion 212 . ) is maintained or is located in the open area, so a stronger force can be exerted, thereby preventing damage and injury to the user's wrist 10 .

5 to 8 , in order for the user to wrap the wrist 10 using the first band unit 210 , after inserting a finger into the finger insertion unit 110 , the first band unit 210 is placed on the wrist. The upper side of the doedoe wrapped once, so that the ulnar ball head 22 is located in the insertion part 212 as shown in the figure.

In this case, the ulnar head 22 is located in the center of the insertion part 212, and the distal radioulnar joint 40 or the radial carpal joint 50 around the ulnar head 22 is partially of the insertion part 212. A part is located in the open area and the remaining part is kept wrapped in the inner center direction of the wrist 10 by the first band unit 210, and the articulation disc 65 is located in the open area of the insertion unit 212. is located

And after wrapping the second band part 220 in the upper direction of the first band part 210 once more, using the part on which the Velcro 5 is formed, attaching it to the outside of the second band part 220 is completed. .

Referring to the accompanying FIG. 8 , the inserted part 212 according to the present embodiment is sized to include the joint disc 65 positioned between the ulnar head 22 and the radial carpal joint 50 in the open region. is opened with

Although the first band part 210 wraps around the ulnar head 22, the ulnar head 22 protrudes outward because the ulnar head 22 is wrapped in the inserted state in the inner region formed in the insertion part 212. to avoid and wrap the wrist.

In this case, the movement of the ulnar ball head 22 is free, and the ligaments formed around the first band 210 are closely contacted and wrapped, so that the functional movement and transmission of force are stably maintained.

9, the joint disc 22 is positioned between the radial carpal tunnel joint 50 and the distal radioulnar joint 40, and the radial carpal joint 50 and the distal radioulnar joint 40 are stable. provided to enable movement and function.

The insertion part 212 corresponds to an area shown by a solid line in the drawing, and rather than pressing the joint disk 22 in the direction of the center of the wrist 10 from the upper surface of the skin, the insertion part 212 of the insertion part 212 ensures free movement. Since it is formed in a size positioned in the open area, the stable function of the articulation disc 22 is maintained.

The radial carpal joint 50 and the distal radioulnar joint 40, unlike the joint disk 22, a portion located in the insertion portion 212 is partially maintained in a non-contact state, and a portion of the first Since the state wrapped by the band portion 210 is maintained, the functionality is maintained, but injuries due to damage are prevented, thereby stably wrapping the peripheral ligaments of the wrist 10 .

The radial carpal joint 50 maintains a movement trajectory extending in the horizontal direction from the ulnar collateral ligament 60 formed on the left side toward the right radial collateral ligament 70 when the wrist 10 is viewed from the upper side.

The radial carpal tunnel joint 50 is to prevent the stable function and movement of the distal radioulnar joint 40 and the rupture of the ulnar collateral ligament 60 and the radial collateral ligament 70 via the joint disc 65 formed on the lower side. It is provided for this purpose, and by holding the ulna 20 and the radius 30 in close contact, the user's wrist 10 can be easily rotated in a desired direction and angle.

In this embodiment, a part of the radial carpal tunnel joint 50 is located in the open area of the insertion part 212, and a part wrapped by the first band part 210 is maintained, so it is used for functional movement and force generation. can be achieved simultaneously.

The first band unit 210 ensures the functional movement of the ulnar head 22, but achieves stable movement and protection at the same time by wrapping it in the inner direction of the wrist 10 in close contact with the ulnar collateral ligament 60 can do.

10, when the first band unit 210 wraps around the user's wrist 10, unlike the above-described embodiment, in this embodiment, the ulna 20 and the radius ( 30) A part of the distal radioulnar joint 40 formed between is located in the open region of the insertion part 212 to enable free movement, and the remaining part is the wrist 10 by the first band part 210. is maintained in a state wrapped in the radial direction of, and is located above the distal radioulnar joint 40 when the back of the user's hand is viewed from above, and extends in the horizontal direction with respect to the user's wrist 10 The joint 50 and the joint disk 65 positioned between the ulnar head 22 and the radial carpal joint 50 are opened to a size that is included in the open area of the insertion part 212 .

Since the insertion part 212 is opened to a size including both the radial carpal tunnel joint 50 and the articular disc 65, the functionality of the distal radioulnar joint 40 is maintained, but damage is prevented, and the radial carpal muscle is The functionality of the joint 50 is maintained, but the wrist 10 can be stably audited because it is located in the open area of the insertion part 212 and the other part is kept in close contact with the skin by the first band part 210 .

The second band part 220 is the ulna 20 and the radius ( 30) is located on the upper side of the distal radioulnar joint 40 formed between, the radial carpal joint 50 extending in the transverse direction with respect to the user's wrist 10, the ulnar head 22 and the radius The joint disk 65 located between the carpal tunnel joint 50 is simultaneously pressed with a predetermined pressure toward the radially inner side of the wrist 10 .

In this embodiment, after the first band part 210 avoids the protruding ulnar ball head 22 and wraps the wrist 10 first, it is wrapped by the second band part 220 secondarily, so the wrist 10 due to numbness pain induction is reduced.

In particular, since the first band part 210 is first wound on the wrist with a thinner thickness than the second band part 220 , even when the wrist is wound with a small pressure, the state in close contact with the skin is maintained. In this case, the user's wrist 10 or numbness around the wrist 10 may be alleviated. In addition, since the thickness of the second band part 22 is formed to be thicker than the thickness of the first band part 210 , it is possible to prevent the user's wrist 10 from being bent.

11 to 12, the first band portion 210 according to the present embodiment further includes a cover portion 214 for keeping the upper surface of the open region of the insertion portion 212 covered. . The cover part 214 includes a part of the distal radioulnar joint 40 formed between the ulnar head 22 and the ulna 20 and the radius 30, and a radial extending in the transverse direction with respect to the wrist 10. It is configured to cover a portion of the carpal tunnel 50 and the joint disk 65 positioned between the ulnar head 22 and the radial carpal joint 50 .

The first band unit 210 according to this embodiment surrounds the wrist in a state in which the ulnar ball head 22 protrudes through the opening region of the insertion unit 212, and at the same time, the ulnar ball head protrudes from the insertion unit 212 at the same time. The upper side of (22) is additionally wrapped from the upper side of the cover unit 214 to protect the wrist 10, and the cover unit 214 is in contact with the upper surface of the ulnar ball head 22 to increase the contact surface, thereby increasing the contact surface of the wrist. When an external force is applied to the , the force of the wrist 10 corresponding thereto may be increased.

In particular, when the surface of the ulnar ball head 22 is covered by the cover part 214, more power can be transmitted when transmitting the force transmitted to the wrist 10, which is when the ulnar head 22 is inserted into the insertion part 212. When a specific force is generated under the condition that free movement is ensured in the inserted state, the upper surface of the skin in contact with the ulnar ball head 22 is held by the cover part 214, which is advantageous in inducing more force.

The first band part 210 is wound first avoiding the protruding portion of the ulnar ball head 22, and the protruding ulnar ball head 22 is wrapped in a close contact state through the cover part 214 to extend along the little finger. It is possible to wrap while covering the ulnar collateral ligament 60 , the radial carpal joint 50 , the joint disk 65 and the distal radioulnar joint 40 .

In this case, since the ulnar head 22 is wrapped together at the same time as a protective role for the user's wrist 10, the force transmitted to the wrist can be more accurately transmitted to the surrounding ligaments and joints to increase the magnitude of the force, and more force to be able to convey

In the conventional case, since the ulnar head 22 is wound while being minimally pressed toward the center of the wrist 10 in a state of contact with the upper surface, a spaced gap between the skin and the ulnar head 22 is unnecessarily generated or raised. Since this occurs, it is difficult to stably transmit the force when the force is transmitted to the wrist, but this embodiment has a difference in that it can stably receive and transmit the force transmitted to the user's wrist 10 by solving this problem.

In particular, the cover part 214 is in close contact with the outside of the ulnar head 220 in the open region of the insertion part 212, so that the ulnar head 220 and the ulnar collateral ligament ( 60), the radial carpal tunnel joint 50, the joint disk 65 and the distal radioulnar joint 40 are protected and force generation is smoothly maintained.

The cover part 214 according to the present embodiment includes a first cover part 214a extending along an open edge of the insertion part 212 and generating an elastic restoring force in the circumferential direction, and the first cover part 214a. ) and is formed in a size to cover the open upper surface of the insertion part 212, and includes a second cover part 214b in which elastic restoring force is generated in a direction different from that of the first cover part 214a.

Both the first cover part 214a and the second cover part 214b are made of an elastic material, for example, latex or rubber material may be used.

Since the first cover portion 214a maintains elastic restoring force in the circumferential direction, it is in close contact with the skin in the non-protruding region of the ulnar protrusion 22 and the adhesion state is stably maintained even when the rotation of the wrist 10 occurs. Prevents damage to the ligaments around the wrist (10).

The second cover part 214b generates an elastic restoring force in a radial form. For example, since the second cover part 214b is formed in a radial shape covering the upper surface of the ulnar ball head 22, the radial elastic restoring force is maintained. do.

In this case, the second cover part 214b can hold the movement in a state in close contact with the surface even when the ulnar head 22 moves in any direction according to the movement of the wrist 10, so that the The applied force can be transmitted stably.

Therefore, even when the ulnar ball head 22 moves in any direction or a force is applied, more force can be transmitted under the condition that it is kept in contact with the second cover part 214b wrapped by the second cover part 214b, so the performance according to the movement is improved. .

12, the cover parts 214a and 214b are a part of the radial carpal joint 50 and a joint disk 65 positioned between the ulnar head 22 and the radial carpal joint 50. The state of covering the upper surface is maintained.

When maintained as described above, the ulnar ball head 22 and the surrounding ligaments can be stably protected due to an increase in the contact area.

The first cover portion 214a is formed as a first mesh radially inwardly between the second cover portions 214b, and the second cover portion 214b has a radius with respect to the ulnar ball head 22 . It extends at a predetermined radius toward the direction and is formed as a second mesh.

Since the first and second cover portions 214a and 214b are formed of first and second meshes having a predetermined interval, it is possible to protect the ulnar ball head 22 and the surrounding ligaments even when force is applied from various directions.

For example, when the first and second cover parts 214a and 214b have a structure that simply covers the upper surface of the ulnar ball head 22, when force is applied in various directions, the protection according to the movement of the ulnar ball head 22 may be disadvantageous. there is. In this embodiment, in order to prevent this, since the first and second cover parts 214a and 214b are composed of the first and second meshes, it is possible to protect the ulnar ball head 22 and the surrounding ligaments even when a force is applied from any direction. It is possible to prevent injury to the user and increase the force transmitted to the wrist 10 .

The second mesh is maintained at a shorter distance than the first mesh, the ulnar head 22 protrudes, and the ulnar head 22 moves in various directions according to the movement of the wrist 10, so this movement A shorter distance than the first mesh is maintained in order to catch the movement in close contact.

Since the second cover portion 214b elastically adheres to the ulnar ball head 22, it is possible to stably hold the surrounding ligaments.

For the second cover part 214b, a shape memory material whose shape is deformed according to the user's body temperature is used. Since the size of the ulnar head 22 varies depending on the user and gender, the above-described material is used to adhere to the surface of the ulnar head 22 regardless of the user.

When the size of the ulnar ball head is not too large, most of the shape memory material is in close contact with the surface to accommodate various motions according to the user's wrist movement, thereby protecting the ulnar ball head 22 and stably reducing the applied force. It can be transmitted to prevent injuries to the user's wrist and to generate more force during exercise.

In the above, an embodiment of the present invention has been described, but those of ordinary skill in the art can add, change, delete or add components within the scope that does not depart from the spirit of the present invention described in the claims. The present invention may be variously modified and changed by, etc., and this will also be included within the scope of the present invention.

2: finger
10: wrist
20: ulna
22: ulnar ball head
30: radius
40: distal radioulnar joint
50: radial carpal joint
65: joint disc
110: finger insertion part
100: glove body part
200: band part
210: first band unit
211: first cover
213: elastic member
214: cover part
214a, 214b: first and second cover parts
215: second cover
212: insertion part
220: second band part

Claims (6)

The glove body 100 is formed with a finger insertion unit 110 into which the user's finger 2 is inserted, and a palm protection unit 120 integrally formed with the finger insertion unit 110 and in close contact with the user's palm. ; and
The ulna 20 and the radius 30 that extend outward from one end of the palm protection unit 120 to a predetermined length and are adjacent to the user's wrist 10 are defined as the radius of the wrist 10 . The ulnar head 22 protruding outwardly from the ulna 20 is opened so that the ulnar head 22 protruding outward from the ulna 20 is inserted in the section surrounding the wrist 10 at the same time as wrapping inwardly, so that the functional movement of the ulnar head 22 is free. The insertion part 212 is formed to a predetermined size so as to be maintained, and the first band part 210 is maintained in contact with the portion except for the ulnar ball head 22, and the first band part 210 is extended from the extended end to the outside. It extends to the length of the ulnar head 22 and surrounds the user's wrist 10 via the ulnar head 22 and includes a band 200 provided with a second band part 220 that is in contact with the upper surface of the ulnar head 22. do,
The first band part 210 further includes a cover part 214 for maintaining the upper surface of the opened area of the insertion part 212 in a covered state,
The cover part 214 includes a part of the distal radioulnar joint 40 formed between the ulnar head 22 and the ulna 20 and the radius 30, and a radial extending in the transverse direction with respect to the wrist 10. A functional wrist protector formed to a size including a part of the carpal tunnel (50) and a joint disk (65) positioned between the ulnar head (22) and the radial carpal joint (50). According to claim 1,
The first band unit 210 includes a first cover 211 made of a soft material and in direct contact with the skin in the section where the user's wrist 10 is in contact for the first time and is in close contact;
a second cover 215 that faces the first cover 211 and is integrally sewn;
It is positioned between the first cover 211 and the second cover, and includes an elastic member 213 for imparting an elastic force to the first band portion 210,
The insertion part 212 is formed through the first and second covers 211 and 212 and the elastic member 213,
The first band part 210 includes a strap (S) extending with a predetermined length and width in the longitudinal direction (L) and the width direction (W) adjacent to the opened section of the insertion part 212 among the entire section. but,
The strap (S) is maintained in contact with the wrist 10, and a functional wrist protector further comprising a heat generating unit 130 provided inside to apply heat to the wrist 10 at a predetermined temperature. . According to claim 1,
When the first band part 210 wraps around the user's wrist 10, a portion of the distal radioulnar joint 40 formed between the ulna 20 and the radius 30 constituting the wrist is the insertion part 212 ) is located in the open area, and the remaining part is kept wrapped inside the radial direction of the wrist 10 by the first band part 210,
A part of the radial carpal joint 50 that is located on the upper side of the distal radioulnar joint 40 when the back of the user's hand is viewed from above and extends in the horizontal direction with respect to the user's wrist 10 is the insertion part A part of the collateral ulnar ligament 60 that is located in the open area of the 212 and is adjacent to the radial carpal joint 50 and extends to the user's little finger is kept wrapped in the radial direction of the wrist 10. becomes,
A part of the radial collateral ligament 70 extending with the thumb adjacent to the extended end of the radial carpal tunnel joint 50 is kept wrapped in the radial direction of the wrist 10,
The insertion part 212 is a functional wrist protector with an open area opening to a size that includes the joint disc 65 positioned between the ulnar head 22 and the radial carpal joint 50. delete According to claim 1,
The cover portion 214 may include a first cover portion 214a extending along the open edge of the insertion portion 212 and generating an elastic restoring force in the circumferential direction;
A second cover part connected to the first cover part 214a and formed in a size to cover the opened upper surface of the insertion part 212 and generating an elastic restoring force in a direction different from that of the first cover part 214a. (214b);
The first and second cover parts 214a and 214b cover a part of the radial carpal joint 50 and the upper surface of the joint disc 65 positioned between the ulnar head 22 and the radial carpal joint 50. A functional wrist strap that stays in shape. 6. The method of claim 5,
The first cover part 214a is formed as a first mesh between the second cover parts 214b in the radial direction,
The second cover portion 214b extends in a predetermined radius in the radial direction with respect to the ulnar ball head 22 and is formed of a second mesh,
The second mesh is a functional wrist guard that is maintained at a shorter interval than the first mesh.

Images