TWM575272U - Sporty sleevelet - Google Patents

Abstract

A sporty sleevelet suitable for clothing on an user's arm is provided. The sporty sleevelet includes a top fixing portion, a wrist fixing portion, a first compression portion, a second compression portion, a third compression portion, a fourth compression portion, a fifth compression portion, and a buffer portion. The first compression portion is located between the top fixing portion and the wrist fixing portion and encloses a portion between the user's wrist and the elbow adjacent to the elbow. The second compression portion connects the first compression portion to the wrist fixing portion and corresponds to the user's flexor carpi muscle. The third compression portion connects the first compression portion and the wrist fixing portion and corresponds to the user's extensor carpi muscle. The fourth compression portion connects the first compression portion to the top fixing portion and corresponds to the user's long head biceps brachii. The fifth compression portion connects the first compression portion and the top fixing portion and corresponds to the user's short head biceps brachii.

Description

Sports cuff

This new creation is about a sports cuff.

With the prevalence of sports, regardless of gender, ethnicity, ethnicity and all ages, it is necessary to promote or maintain cardiopulmonary ability, muscular endurance, promote metabolic rate, improve immunity, and exercise through normal regular exercise. Eliminate psychological stress, improve the quality of life and other benefits to have the best physical and mental state.

However, whether it is yoga, running, basketball, volleyball, football, etc., you need to have the correct posture to prevent sports injuries, soreness and other problems caused by poor posture.

There are various models in the market that offer various functional tight-fitting exercises designed to adjust the body to the correct posture based on the attributes of each sport, muscle support, accumulation of lactic acid, heat consumed by muscle swing, body temperature maintenance, and kinetic energy utilization. Clothing, sweatpants, and the above-mentioned functional tight-fitting sportswear and sweatpants are woven by elastic fabric, and an elastic tightening portion is formed on the fabric to closely bind to the player to provide an athlete through the elastic tightening portion. Moderate tight pressure during exercise, stabilize and strengthen muscle groups, and accelerate muscle energy to promote blood circulation, increase metabolic rate and accelerate decomposition of lactic acid, which is not easy to cause soreness and weakness, thereby increasing muscle strength and muscular endurance, and improving exercise. Efficiency, allowing athletes to have better athletic performance.

However, the functional tight-fitting sportswear and sweatpants that are currently sold on the market are designed to improve the performance of the athletes, so the pressure of the elastic tightening is very high, which not only causes the athletes. It is inconvenient to wear and wear, and if the elastic tightening part is pressed against the human body for a long time, it will cause problems such as compression nerves or blood circulation, so it is only suitable for short-term competition.

The novel creation provides a sports cuff that is adapted to be worn on a user's arm and provides support and stability for a particular muscle group.

The sports cuff of the present invention is suitable for being worn on a user's arm, and includes a top fixing area, a wrist fixing area, a first pressing area, a second pressing area, a third pressing area, and a fourth pressing. Zone, fifth pressurization zone and buffer zone. The top securing region encloses a portion of the upper arm of the user adjacent the shoulder. The wrist fixation area covers the wrist of the user. The first pressing zone is located between the top fixing zone and the wrist fixing zone and covers a portion of the user's wrist and elbow adjacent to the elbow. The second pressurizing zone connects the first pressurizing zone and the wrist securing zone and corresponds to the flexor muscle of the user. The third pressing zone connects the first pressing zone and the wrist fixing zone and corresponds to the user's wrist muscle. The fourth pressurization zone connects the first pressurization zone and the top fixation zone and corresponds to the long head biceps of the user. The fifth pressurization zone connects the first pressurization zone and the top fixation zone and corresponds to the short head biceps of the user. The buffer zone is located in the remainder of the sports cuff. The first pressurizing zone applies a pressure of 10 mmHg to 20 mmHg. The second pressurizing zone applies a pressure of 15 mmHg to 25 mmHg. The third pressurizing zone applies a pressure of 15 mmHg to 25 mmHg. The fourth pressurizing zone applies a pressure of 15 mmHg to 20 mmHg. The fifth pressurizing zone applies a pressure of 15 mmHg to 20 mmHg.

In an embodiment of the novelly created sports cuff, the top fixation zone has, for example, a ribbed structure and, for example, a pressure of from 10 mmHg to 20 mmHg is applied.

In an embodiment of the novelly created sports cuff, the wrist fixation region has, for example, a ribbed structure and, for example, a pressure of 15 mmHg to 25 mmHg is applied.

In an embodiment of the presently-created sports cuff, the first pressurizing zone, the second pressurizing zone, the third pressurizing zone, the fourth pressurizing zone, and the fifth plus The nip has, for example, a 2 x 1 cubic structure.

In an embodiment of the presently-created sports cuff, the buffer zone has, for example, a gas permeable mesh structure, and the applied pressure is, for example, less than the first pressurization zone, the second pressurization zone, the first The pressure applied by each of the three pressurization zone, the fourth pressurization zone, and the fifth pressurization zone.

In an embodiment of the presently-created sports cuff, further comprising a first positioning zone between the fourth pressurization zone and the fifth pressurization zone adjacent to the first pressurization zone, The first positioning zone has, for example, a gas permeable mesh structure and the applied pressure is, for example, less than the pressure exerted by the buffer.

In an embodiment of the presently-created sports cuff, a second positioning zone corresponding to the elbow of the user is further included, the second positioning zone having, for example, a breathable mesh structure and the applied pressure is, for example, less than The pressure exerted by the buffer.

In an embodiment of the presently-created sports cuff, the average pressure applied by the athletic cuff decreases, for example, from the wrist fixation zone to the top fixation zone.

In an embodiment of the presently-created sports cuff, a slip-stop structure disposed on a surface of the top fixation region that is in contact with the skin of the user is further included.

The sports cuff of the present invention is suitable for being worn on a user's arm, and includes a top fixing area, a wrist fixing area, a first pressing area, a second pressing area, a third pressing area, and a fourth pressing. a zone, a fifth pressurization zone, a buffer zone, a first location zone, a second location zone, and a slip-stop structure. The top securing region encloses a portion of the upper arm of the user adjacent the shoulder. The wrist fixation area covers the wrist of the user. The first pressing zone is located between the top fixing zone and the wrist fixing zone and covers a portion of the user's wrist and elbow adjacent to the elbow. The second pressurizing zone connects the first pressurizing zone and the wrist securing zone and corresponds to the flexor muscle of the user. The third pressing zone connects the first pressing zone and the wrist fixing zone and corresponds to the user's wrist muscle. The fourth pressurization zone connects the first pressurization zone and the top fixation zone and corresponds to the long head biceps of the user. The fifth pressurization zone connects the first pressurization zone and the top fixation zone and corresponds to the short head biceps of the user. The buffer zone is located in the remainder of the sports cuff. The first positioning zone is located between the fourth pressurization zone and the fifth pressurization zone and adjacent to the first pressurization zone. The second positioning area corresponds to the elbow of the user. The anti-slip structure is disposed on a surface of the top fixing area that is in contact with the skin of the user. The top fixing zone applies a pressure of 10 mmHg to 20 mmHg. The wrist fixation zone applies a pressure of 15 mmHg to 25 mmHg. The first pressurizing zone applies a pressure of 10 mmHg to 20 mmHg. The second pressurizing zone applies a pressure of 15 mmHg to 25 mmHg. The third pressurizing zone applies a pressure of 15 mmHg to 25 mmHg. The fourth pressurizing zone applies a pressure of 15 mmHg to 20 mmHg. The fifth pressurizing zone applies a pressure of 15 mmHg to 20 mmHg. The pressure applied by the buffer is less than that applied by the first pressurizing zone, the second pressurizing zone, the third pressurizing zone, the fourth pressurizing zone and the fifth pressurizing zone pressure. The first positioning zone applies a pressure that is less than the pressure applied by the buffer zone. The second positioning zone applies a pressure that is less than the pressure applied by the buffer.

Based on the above, the novel created sports cuff provides support and stability for the biceps and lower arm flexor and extensional wrist muscles of the user's upper arm to reduce muscle sloshing and reduce unnecessary energy loss. In turn, the user's performance during the swinging exercise can be improved.

The above described features and advantages of the present invention will become more apparent and understood from the following description.

The novel created sports cuff is adapted to be worn on a user's arm and provides support and stability for a particular muscle group. Further, the novel created sports cuff is suitable for the field of swinging sports (such as badminton, etc.), so when the user wears the newly created sports cuff on the arm, the biceps of the upper arm can be The flexor and muscles of the lower arm gain support and stability, reduce muscle sloshing and reduce unnecessary energy loss, so as to improve the user's performance during the swing and provide effective protection for the user. In addition, the novelly created sports sleeves are manufactured by one-piece molding technology, which means that the various regions are woven by uninterrupted weaving, instead of weaving individual regions and then splicing or stitching.

1A is a front elevational view of a sports cuff in accordance with an embodiment of the present invention. 1B is a rear schematic view of a sports cuff in accordance with an embodiment of the present invention. In the present embodiment, the description will be made with the sports cuff worn on the right hand, and the design of the sports cuff worn on the right hand can also be applied correspondingly to the sports cuff worn on the left hand. Therefore, the following will not be described separately for the sports cuff worn on the left hand.

Referring to FIG. 1A and FIG. 1B simultaneously, the right-handed sports cuff 10 of the present invention basically comprises a top fixing zone 100, a first pressing zone 101, a second pressing zone 102, a third pressing zone 103, The fourth pressurizing zone 104, the fifth pressurizing zone 105, the wrist fixing zone 106, and the buffer zone 107. The second pressurizing zone 102, the fourth pressurizing zone 104, and the fifth pressurizing zone 105 are disposed on the front side of the sports cuff 10, and the third pressurizing zone 103 is placed on the back of the sports cuff 10. In the present context, "front side" means a portion facing the front of the body when the user wears the sports cuff 10, and "back side" indicates a portion opposite to the "front side".

The top fixation zone 100 encloses a portion of the user's upper arm adjacent the shoulder, and the wrist fixation zone 106 envelops the user's wrist. That is to say, the sports cuff 10 is fixed to the right hand of the user by the top fixing area 100 and the wrist fixing area 106 to prevent the movement cuff 10 from being displaced during the movement of the user, resulting in a decrease in effect. In the present embodiment, the top fixing region 100 may have a rib structure, and a pressure of 10 mmHg to 20 mmHg may be applied to firmly cover a portion of the upper arm of the user adjacent to the shoulder. Further, in the present embodiment, the wrist fixing region may have a rib structure, and a pressure of 15 mmHg to 25 mmHg may be applied to firmly cover the wrist of the user and protect the joint at the wrist. Additionally, in some embodiments, the surface of the top fixation zone 100 that is in contact with the user's skin (ie, the inner surface of the sports cuff 10) may be selectively provided with a slip-stop structure (not shown) to further prevent movement. The cuff 10 is displaced during movement of the user. The anti-slip structure is, for example, a generally common anti-slip material such as a stop bar.

The first compression zone 101 is located between the top fixation zone 100 and the wrist fixation zone 106 and covers a portion of the user's wrist and elbow adjacent the elbow. In the present embodiment, the first pressurizing zone has a 2 x 1 three-dimensional structure, and a pressure of 10 mmHg to 20 mmHg can be applied to protect the joint at the elbow.

The second pressurizing zone 102 is located on the front side of the sports cuff 10 and connects the first pressurizing zone 101 with the wrist securing zone 106 and corresponds to the flexor muscle of the user. In the present embodiment, the second pressurizing zone 102 has a 2 x 1 three-dimensional structure and a pressure of 15 mmHg to 25 mmHg can be applied. The second pressurizing zone 102 is a strip-shaped region and is applied to the flexor carpi muscle along the flexor carpi muscle to effectively exert pressure on the flexor carpi muscle to reduce the sway of the flexor carpi muscle.

The third pressurizing zone 103 is located at the back of the sports cuff 10 and connects the first pressurizing zone 101 with the wrist securing zone 106 and corresponds to the user's wrist muscle. In the present embodiment, the third pressurizing zone 103 has a 2 x 1 three-dimensional structure and a pressure of 15 mmHg to 25 mmHg can be applied. The third pressurizing zone 103 is a strip-shaped region and is attached to the wrist muscles along the wrist muscles to effectively exert pressure on the wrist muscles to reduce the shaking of the wrist muscles.

The fourth pressing zone 104 is located on the front side of the sports cuff 10 and connects the first pressing zone 101 with the top fixing zone 100 and corresponds to the user's long head biceps. In the present embodiment, the fourth pressurizing zone 104 has a 2 x 1 three-dimensional structure and a pressure of 15 mmHg to 20 mmHg can be applied. The fourth pressurizing zone 104 is a strip-shaped region, and is attached to the long-headed biceps muscle along the long-headed biceps muscle to effectively exert pressure on the long-headed biceps muscle to reduce the long-headed biceps. The shaking of the head muscles.

The fifth pressurizing zone 105, located on the front side of the sports cuff 10, connects the first pressurizing zone 101 with the top securing zone 100 and corresponds to the user's short head biceps. In the present embodiment, the fifth pressurizing zone 105 has a 2 x 1 three-dimensional structure and a pressure of 15 mmHg to 20 mmHg can be applied. The fifth pressurizing zone 105 is a strip-shaped region, and is attached to the short-headed biceps muscle along the short-headed biceps muscle to effectively exert pressure on the short-headed biceps muscle to reduce the short-headed biceps. The shaking of the head muscles.

The buffer zone 107 is located in the remainder of the sports cuff 10. In the present embodiment, the buffer zone 107 has a gas permeable mesh structure and the applied pressure is less than the first pressurization zone 101, the second pressurization zone 102, the third pressurization zone 103, the fourth pressurization zone 104 and the first The pressure applied by each of the five pressurizing zones 105 allows the user to feel comfortable.

Further, in the present embodiment, the front surface of the sports cuff 10 and the venting area 108 are selectively provided at the opposite sides of the user's elbow to enhance wearing comfort.

In order to allow the user to wear the sports cuff 10 in the correct position, a positioning zone can also be selectively provided. When the user wears the sports cuff 10, the sports cuff 10 can be easily worn properly by wearing the positioning area at a specific position.

In the present embodiment, the first positioning zone 109 is located on the front side of the sports cuff 10 between the fourth pressurization zone 104 and the fifth pressurization zone 105 and adjacent to the first pressurization zone 101. The first location area 109 can be located in an easily identifiable location and has an easily recognizable shape. For example, the first positioning area 109 may be disposed in the gas permeable area 108 and have a circular shape, but the novel creation is not limited thereto. The first positioning zone 109 has a gas permeable mesh structure and the applied pressure is less than the pressure applied by the buffer zone 108. In addition, the second positioning zone 110 is located on the back of the sports cuff 10, corresponding to the user's elbow. The second positioning zone 110 can be located in an easily recognizable location and has an easily recognizable shape. For example, the second positioning area 110 may be disposed on the elbow of the user and has a circular shape, but the novel creation is not limited thereto. The second positioning zone 110 has a gas permeable mesh structure and the applied pressure is less than the pressure applied by the buffer zone 108.

In the present embodiment, for the whole of the sports cuff 10, the average pressure applied to the user is gradually decreased from the wrist fixing region 106 to the top fixing region 100 to effectively promote blood circulation and reduce fatigue during exercise. sense.

The effect of the sports cuff created by the present invention will be described below by taking the right hand sports cuff as an example.

The right hand sports cuff corresponds to the compression zone of the long head biceps and short head biceps: average pressure 16.5 mmHg corresponds to the upper arm buffer: average pressure 12 mmHg wrist fixation area: average pressure 16.75 mmHg wrap wrist Pressurized area of the part adjacent to the elbow between the elbow: average pressure 13.5 mmHg corresponds to the compression zone of the flexor and the wrist muscle: average pressure 17.5 mmHg

Muscle amplitude test

The three-axis acceleration gauge was attached to the biceps muscle to test the amplitude of the muscle vibration during the swing. After standardizing the test results, the muscle vibration when using the sports cuff created by the present invention can be reduced by more than 5% compared with the commercial product. That is to say, the use of the newly created sports cuff can effectively support and stabilize the biceps and the lower arm of the upper arm and the wrist and the wrist to improve the user's movement during the swing. which performed.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the novel creation, and any person skilled in the art can make some changes without departing from the spirit and scope of the novel creation. Retouching, the scope of protection of this new creation is subject to the definition of the scope of the patent application attached.

10‧‧‧Sports cuffs

100‧‧‧top fixed area

101‧‧‧First pressurized zone

102‧‧‧Second pressure zone

103‧‧‧ third pressurized zone

104‧‧‧4th pressurization zone

105‧‧‧ Fifth pressurization zone

106‧‧‧Wrist fixed area

107‧‧‧buffer

108‧‧‧ Breathable area

109‧‧‧First location area

110‧‧‧Second location area

1A is a front elevational view of a sports cuff in accordance with an embodiment of the present invention. 1B is a rear schematic view of a sports cuff in accordance with an embodiment of the present invention.

Claims (10)

A sports cuff adapted to be worn on a user's arm, the sports cuff comprising: a top securing region covering a portion of the upper arm of the user adjacent the shoulder; a wrist securing region covering the a wrist of the user; a first pressing zone between the top fixing zone and the wrist fixing zone, and covering a portion of the user's wrist and elbow adjacent to the elbow; a nip, connecting the first pressing zone and the wrist fixing zone, and corresponding to the flexor muscle of the user; a third pressing zone connecting the first pressing zone and the wrist a fixed area corresponding to the user's extensor muscle; a fourth pressurized area connecting the first pressurized area and the top fixed area, and corresponding to the user's long head biceps; a five pressurization zone connecting the first pressurization zone and the top fixation zone and corresponding to the user's short head biceps; and a buffer zone located in the remainder of the sports cuff, wherein Applying a pressure of 10 mmHg to 20 mmHg in the first pressurizing zone, The second pressurizing zone applies a pressure of 15 mmHg to 25 mmHg, the third pressurizing zone applies a pressure of 15 mmHg to 25 mmHg, and the fourth pressurizing zone applies a pressure of 15 mmHg to 20 mmHg, the fifth plus A pressure of 15 mmHg to 20 mmHg is applied to the nip. The sports cuff of claim 1, wherein the top fixation zone has a ribbed structure and a pressure of 10 mmHg to 20 mmHg is applied. The sports cuff of claim 1, wherein the wrist fixing region has a rib structure and a pressure of 15 mmHg to 25 mmHg is applied. The sports cuff of claim 1, wherein the first pressurizing zone, the second pressurizing zone, the third pressurizing zone, the fourth pressurizing zone, and the first The five pressurized zone has a 2 x 1 three-dimensional structure. The sports cuff of claim 1, wherein the buffer zone has a gas permeable mesh structure and the applied pressure is less than the first pressurization zone, the second pressurization zone, the first The pressure applied by each of the three pressurization zone, the fourth pressurization zone, and the fifth pressurization zone. The sports cuff of claim 1, further comprising a first positioning zone between the fourth pressing zone and the fifth pressing zone and adjacent to the first pressing zone, The first location zone has a gas permeable mesh structure and the applied pressure is less than the pressure applied by the buffer. The sports cuff of claim 1, further comprising a second positioning area corresponding to the elbow of the user, the second positioning area having a gas permeable mesh structure and applying a pressure less than The pressure exerted by the buffer. The sports cuff of claim 1, wherein the average pressure exerted by the sports cuff is progressively decreasing from the wrist fixation zone to the top fixation zone. The sports cuff according to claim 1, further comprising a non-slip structure disposed on a surface of the top fixing area that is in contact with the skin of the user. A sports cuff adapted to be worn on a user's arm, the sports cuff comprising: a top securing region covering a portion of the upper arm of the user adjacent the shoulder; a wrist securing region covering the a wrist of the user; a first pressing zone between the top fixing zone and the wrist fixing zone, and covering a portion of the user's wrist and elbow adjacent to the elbow; the second pressing zone Connecting the first pressing zone and the wrist fixing zone, and corresponding to the flexor muscle of the user; the third pressing zone connecting the first pressing zone and the wrist fixing zone And corresponding to the user's wrist muscle; a fourth pressure zone connecting the first pressure zone and the top fixation zone, and corresponding to the user's long head biceps; fifth plus a nip, connecting the first pressing zone and the top fixing zone, and corresponding to the short biceps of the user; a buffer zone located in the rest of the sports cuff; the first positioning zone, located Between the fourth pressurized zone and the fifth pressurized zone a first pressing zone; a second positioning zone corresponding to the elbow of the user; and a non-slip structure disposed on a surface of the top fixing zone in contact with the skin of the user, wherein the The top fixation zone applies a pressure of 10 mmHg to 20 mmHg, the wrist fixation zone applies a pressure of 15 mmHg to 25 mmHg, the first pressurization zone applies a pressure of 10 mmHg to 20 mmHg, the second pressurization zone Applying a pressure of 15 mmHg to 25 mmHg, a pressure of 15 mmHg to 25 mmHg is applied to the third pressurization zone, a pressure of 15 mmHg to 20 mmHg is applied to the fourth pressurization zone, and 15 is applied to the fifth pressurization zone a pressure of mmHg to 20 mmHg, the buffer applying a pressure less than the first pressurization zone, the second pressurization zone, the third pressurization zone, the fourth pressurization zone, and the first The pressure applied by each of the five pressurized zones is such that the pressure exerted by the first positioning zone is less than the pressure applied by the buffer zone and the pressure exerted by the second positioning zone is less than the pressure applied by the buffer zone.