TWM586060U - Protective functional ankle sleeve - Google Patents

Abstract

This creation is a protective ankle sleeve, which includes: a main body, which has two upper and lower openings at opposite ends, the main body includes a front foot, a rear foot, and a front foot including two front nets. Weaving area and front section, the rear foot includes two rear mesh areas, two reinforcement areas, and a heel area. The pressing force of the two reinforcement areas is greater than the two rear mesh areas, and a plurality of far-infrared elements are distributed in the rear area. The surface of the body can emit far-infrared rays to promote blood circulation in the ankle and the surrounding area, and has the function of heat storage and heat preservation, and the areas with different elasticity correspond to different parts of the ankle to protect the ankle.

Description

Protective ankle sleeve

This creation is a protective ankle sleeve that is worn around the ankle and around the ankle to protect the ankle.

Exercise is a very important behavior for human beings, especially for occupations that need to stay seated for a long time. Exercise can enhance endurance, enhance immunity, promote blood circulation to reduce the incidence of cardiovascular disease, and thus maintain a happy and prolonged mood. Benefits of life. For most sports, the foot must participate in activities, such as basketball, running, football, etc. For the feet, the ankle is a part that is easy to sprain. When the human body is standing, the ankle must bear most of the body's weight. Therefore, the standing position is quite heavy for the ankle, not to mention the basketball or running that needs to run and jump, but also the reaction force from the ground when running and jumping.

According to the foregoing, in order to reduce the possibility of ankle sprain, various ankle protective gears have been introduced on the market to wear on the ankle and around the ankle, with a certain degree of urgency to support the ankle in standing position and running and jumping. Stability, and common ankle protectors are shown in Taiwan Patent Publication No. M533418, which has a protector main body as shown in Figure 1, and the protector main body is composed of two pieces and worn on the user's ankle area. Certain ankle support for protection.

The creator of this creation wants to provide an ankle brace that is different from those commonly available on the market, so that consumers have more options for protecting the ankle.

This creation is worn on the ankle and around the ankle to protect the ankle. It can emit far infrared rays to promote blood circulation in the ankle and the surrounding area. It has the function of heat storage and heat preservation. Unlike the conventional ankle brace, it only provides ankle support.

In order to achieve the above-mentioned effect, the present invention provides a protective functional ankle sleeve, which includes: a main body, whose opposite ends are respectively an upper opening and a lower opening. The main body includes a front foot, a rear foot, and the front foot. The two sides of the part are connected to the corresponding two sides of the rear foot part by a connecting part. The front foot part includes two front mesh areas and a front segment area. The front segment area is connected between the two front mesh areas. The two front mesh areas are respectively located at one end of the upper opening and the one bottom of the lower opening. The rear foot portion includes two rear mesh areas, two reinforcement areas, and a heel area. The two rear mesh areas are respectively located on the upper opening. One end and one end of the lower opening, the heel area is located between the two rear mesh areas, and the two reinforcement areas are respectively connected between the two rear mesh areas and the heel area, and the pressing force of the two reinforcement areas is greater than Two rear mesh areas; a plurality of far-infrared elements, which are distributed on the feet behind the main body.

1‧‧‧ main body

11‧‧‧ Upper mouth

12‧‧‧ under the mouth

13‧‧‧Anti-turnover section

2‧‧‧ Forefoot

21‧‧‧ Former Mesh District

22‧‧‧ front section

3‧‧‧ rear foot

31‧‧‧Post-weaving area

32‧‧‧ Strengthened Zone

33‧‧‧ Heel Zone

331‧‧‧Flexible section

332‧‧‧Heel segment

4‧‧‧ Connection Department

5‧‧‧Far Infrared Element

The first picture is a three-dimensional illustration of the creation.

The second picture is a side view of this creation.

The third picture is the front view of the creation.

The fourth picture is the rear view of the creation.

The fifth picture is a schematic diagram of the creative wear.

For a more detailed understanding of the implementation of this creation, please complement it with the first to fourth pictures. This creation is a protective ankle sleeve, which includes: a main body 1, the opposite two ends of which are a top wear The main body 1 includes a front foot portion 2 and a rear foot portion 3, and two sides of the front foot portion 2 and the corresponding two sides of the rear foot portion 3 are connected by a connecting portion 4, respectively. 2 includes two front mesh areas 21 and one front segment area 22, the front segment area 22 is connected between the two front mesh areas 21, the two front mesh areas 21 are respectively located at one end of the upper opening 11 and the bottom penetration At one end of the mouth 12, the rear foot portion 3 includes two rear mesh areas 31, two reinforcement areas 32, and a heel area 33. The two rear mesh areas 31 are located at one end of the upper opening 11 and one end of the lower opening 12, respectively. The heel area 33 is located between the two rear mesh areas 31, and the two reinforcement areas 32 are respectively connected between the two rear mesh areas 31 and the heel area 33. The pressing force of the two reinforcement areas 32 is greater than that of the two Rear mesh area 31; a plurality of far-infrared elements 5, which are distributed on the foot 3 behind the main body 1.

According to the foregoing, the embodiment is further described. The main body 1 of this creation is worn around the ankle and the ankle. After wearing, as shown in the fifth figure, the weaving method of the two front mesh areas 21 and the rear mesh area 31 makes it tolerable. Repeated stretching many times, the front section 22 is softer to bend the lower leg toward the toes relative to the soles of the feet, and the back of the ankle is the most needed support. Therefore, the two reinforced areas 32 correspond to the back of the ankle and the sole of the foot close to the heel To provide support for the back of the ankle. The multiple far-infrared elements 5 contain materials that emit far-infrared rays (eg, far-infrared ceramic powder, tourmaline ceramic powder, germanium, etc.). Far-infrared rays can promote blood circulation and have Heat storage The effect of thermal insulation helps to relieve the fatigue of the ankle and its surrounding muscle groups. In addition, the main body 1 is mixed with a plurality of silver fibers in the weaving process to achieve antibacterial and deodorizing effects.

From the foregoing, we can know that this creation has the function of emitting far-infrared rays. In addition, it should further provide areas with different pressures on the ankle and different parts around the ankle. Compared to the conventional ankle brace, which only provides ankle support, it is quite effective. Progressive.

The two front mesh areas 21 and the two rear mesh areas 31 are respectively knitted by a mesh weaving method, and the density ratio of the warp loops and court loops is 2 to 1. This weaving method The second front mesh region 21 and the second rear mesh region 31 can withstand repeated repeated stretching.

The two reinforced areas 32 are respectively woven by a mesh weaving method, and the density ratio of the warp loops and courses is 1: 1. This weaving method makes the pressing force of the two reinforced regions 32 greater than Second back weaving area 31.

As shown in the second image and the third image of this creation, the heel region 33 has an elastic segment 331 and a heel segment 332. The elastic segment 331 is stitched around the outer periphery of the heel segment 332. The heel segment 332 is meshed. Weaving with a weave shape, the density ratio of warp loops to courses is 2 to 4, the heel force of the heel section 332 is greater than the elastic section 331, and the structure with the elastic section 331 makes the heel area 33 is good for heels of different sizes.

Each connecting portion 4 is woven with a thread weaving method, and the density ratio of the warp loops to the course loops is 2 to 4, and the appearance of each connecting portion 4 is arranged in a plurality of stripes. A knitting method makes each connecting portion 4 have better elasticity, and conforms to different sizes of foot shapes through the function of telescopic movement between the front foot portion 2 and the rear foot portion 3.

As shown in the first to fifth figures of this creation, one end of the upper pass 11 and one end of the lower pass 12 each have an anti-turning section 13 in a ring shape, and the two front mesh areas 21 and the anti-turning respectively. fold Segments 13 are connected. Each anti-turnover segment 13 is woven with a thread weave. The density ratio of warp loops to courses is 2 to 4. The anti-turnback segment 13 using this weaving method. It is possible to prevent the upper opening 11 and the lower opening 12 from being folded during foot movements and causing discomfort.

The fourth picture of this creation, in which the plurality of far-infrared elements 5 are distributed on two sides of the surface of the main body 1 and are closer to the upper opening 11, and each of the plurality of far-infrared elements 5 is located in the heel region 33 and close to the upper opening 11 The strengthening area 32 and the corresponding connecting portion 4 are shown in the fifth figure. After wearing the main body, the far-infrared element 5 can correspond to the Kunlun acupoint on the side of the ankle, enhancing its blood circulation promoting effect.

The above are only for explaining the preferred embodiment of the creation, and are not intended to restrict the creation in any form. Therefore, any modification of the creation in the same spirit of creation Or the changes, other forms that can be implemented and have the same effect, should still be included in the scope of protection of this creative intention.

To sum up, the "protective and functional ankle sleeve" of this creation is indeed completely in line with the needs of industrial development in terms of practicability and cost-effectiveness, and the disclosed structural creation also has an unprecedented innovative structure. There should be no doubt about "newness", and this creation can be more effective than the conventional structure, so it is also "progressive". It fully complies with the requirements of China's patent law on the requirements for new patent applications, and is based on patents. Application and kindly ask the Bureau to review and give affirmation.

Claims (7)

A protective ankle sleeve includes: a main body, whose opposite ends are respectively an upper opening and a lower opening, the main body includes a front foot portion, a rear foot portion, and two sides of the front foot portion and the rear foot portion, respectively. The corresponding two sides of each part are connected by a connecting part, the front foot part includes two front mesh areas and a front segment area, the front segment area is connected between the two front mesh areas, and the two front mesh areas are respectively located in the One end of the upper perforation and one end of the lower perforation. The rear foot portion includes two rear mesh areas, two reinforcement areas, and a heel area. The two rear mesh areas are respectively located at one end of the upper opening and one end of the lower opening. The heel area is located between the two rear mesh areas, and the two reinforcement areas are respectively connected between the two rear mesh areas and the heel area, and the urgency of the two reinforcement areas is greater than the two rear mesh areas; and A plurality of far-infrared elements are distributed on the feet behind the main body. The protective functional ankle sleeve according to item 1 of the scope of patent application, wherein the two front mesh areas and the two rear mesh areas are respectively knitted by a mesh weaving method, and the warp loops and weft loops thereof (Course) The density ratio is 2 to 1. The protective functional ankle sleeve according to item 1 or item 2 of the scope of patent application, wherein the two reinforced areas are respectively woven by a mesh weaving method, and the densities of the warp and court The ratio is 1: 1. The protective functional ankle sleeve according to item 3 of the scope of patent application, wherein the heel region has an elastic segment and a heel segment, and the elastic segment is stitched around the outer periphery of the heel segment, and the heel segment is meshed It is made by weaving in the shape of a weave, and the density ratio of the warp loops to the course loops is 2 to 4. The protective functional ankle sleeve according to item 1 of the scope of patent application, wherein each connecting portion is woven by thread weaving, and the density ratio of the warp loop to the weft loop is 2 to 4, and The appearance of each connection portion is arranged in a plurality of stripes. The protective functional ankle sleeve according to item 1 of the scope of patent application, wherein one end of the upper opening and one end of the lower opening each have a loop-like anti-folding section, and the two front mesh areas are respectively connected with the respective anti-folding sections. The fold-over sections are connected. Each fold-over-proof section is woven with a thread weave. The density ratio of the warp loops to the weft loops is 2 to 4. The protective ankle sleeve according to item 1 of the scope of patent application, wherein the plurality of far-infrared elements are distributed on two sides of the surface of the main body and closer to the upper opening, and each of the plurality of far-infrared elements is located in the heel area, Close to the reinforced area of the upper opening and the corresponding joint.