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CN-224219646-U - Vector split sweat guiding sports hair band

CN224219646UCN 224219646 UCN224219646 UCN 224219646UCN-224219646-U

Abstract

The application discloses a vector shunt sweat guiding sports hair band which comprises a hair band body and sweat guiding strips connected with the inner side of the hair band body, wherein the middle position of the sweat guiding strips in the radial direction of the hair band body is higher than the two end positions of the sweat guiding strips, and the two ends of the sweat guiding strips are respectively provided with arc chamfers. The vector shunt sweat guiding sports hair band provided by the application is worn on the forehead by sportsmen, the middle position of the sweat guiding strip is arranged on the forehead, the two sides of the sweat guiding strip are arranged on the two sides of the forehead, and when the forehead sweats, the sweat in the hair band is shunted to the two sides of the forehead along the sweat guiding strip due to the fact that the middle position of the sweat guiding strip at the inner side of the hair band is higher than the heights of the two ends of the hair band, so that the problem that sweat flows from the forehead to the eyes of the face and interferes with athletic performance due to the influence of gravity or shaking back and forth in the sports process in the prior art is solved.

Inventors

  • Han Xingshun

Assignees

  • 张家港道孚针织有限公司

Dates

Publication Date
20260512
Application Date
20250427

Claims (8)

  1. 1. The vector diversion sweat guiding sports hair band is characterized by comprising a hair band and sweat guiding strips connected with the inner side of the hair band, wherein the middle position of the sweat guiding strips in the radial direction of the hair band is higher than the two ends of the sweat guiding strips, and the two ends of the sweat guiding strips are respectively provided with arc chamfers.
  2. 2. The vector shunt sweat guiding sports hair band of claim 1, wherein the central position arc of the sweat guiding strip extends obliquely to both ends of the sweat guiding strip.
  3. 3. The vector shunt sweat-guiding sports hair band of claim 1, wherein the ratio of the distance between the middle position of the sweat-guiding strip and the top of the hair band in the radial direction of the hair band to the distance between the middle position of the sweat-guiding strip and the bottom of the hair band in the radial direction of the hair band is 3:1 to 2:1.
  4. 4. The vector shunt sweat-guiding sports hair band of claim 1, wherein said sweat-guiding strip is between 15mm and 20mm wide and said sweat-guiding strip is between 1mm and 3mm thick.
  5. 5. The vector shunt sweat-guiding sports hair band of claim 1, wherein said hair band is adhesively connected to the sweat-guiding strip.
  6. 6. The vector diversion sweat-guiding sports hair band according to claim 1, wherein the end face of the sweat guiding strip facing away from the hair band is further provided with a sub sweat guiding strip, the width ratio of the sub sweat guiding strip to the sweat guiding strip is 1:4 to 1:2, and the distance ratio of the end face of the sub sweat guiding strip facing away from the sweat guiding strip to the inner side of the hair band to the distance of the end face of the sweat guiding strip facing away from the hair band to the inner side of the hair band is 4:3 to 2:1.
  7. 7. The vector shunt sweat guiding sports hair band of claim 1, wherein said hair band is made of polyester fiber or elastic fiber material.
  8. 8. The vector shunt sweat guiding sports hair band of claim 1, wherein said sweat guiding strip is made of one of silicone, TPU and TPE.

Description

Vector split sweat guiding sports hair band Technical Field The utility model relates to the technical field of sports equipment, in particular to a vector diversion sweat guiding sports hair band based on fluid mechanics and bionics principles. Background The hair band is used as a common head accessory and functional equipment and is mainly used for sweat absorption, hair fixation and head warming/sun protection. The hair band with different functions is made of different materials, for example, under the condition that the hair band is mainly used for sweat absorption, namely a sport scene, the hair band is realized by using towel cotton and polyester which are easy to absorb sweat materials. In implementing the prior art process, the inventors found that: The sweat absorbing effect of the hairband in the initial stage of exercise is obvious, and sweat of the forehead of a user can be absorbed. Later in the exercise, the hairband no longer absorbs sweat due to accumulation of sweat, and is affected by gravity or shaking back and forth during the exercise, sweat can flow from the forehead to the eyes of the face, interfering with the athletic performance. Therefore, it is necessary to provide a technical solution capable of guiding sweat from the forehead to the rear of the two side ears to solve the problem that sweat can flow from the forehead to the eyes of the face and interfere with athletic performance due to the influence of gravity or shaking back and forth in the athletic process in the prior art. Disclosure of Invention The embodiment of the application provides a technical scheme capable of conducting sweat from the forehead to the rear of two side ears, which solves the problem that sweat can flow from the forehead to the eyes of the face to interfere with athletic performance due to the influence of gravity or shaking back and forth in the athletic process in the prior art. The vector shunt sweat guiding sports hair band comprises a hair band body and sweat guiding strips connected with the inner side of the hair band body, wherein the middle position of the sweat guiding strips in the radial direction of the hair band body is higher than the two ends of the sweat guiding strips, and arc-shaped chamfer angles are respectively arranged at the two ends of the sweat guiding strips. Further, the arc line at the middle position of the sweat guiding strip extends to the two ends of the sweat guiding strip in an inclined mode. Further, the end face of the sweat guiding strip, which is opposite to the hairband, is also provided with a sub sweat guiding strip, the width ratio of the sub sweat guiding strip to the sweat guiding strip is 1:4-1:2, and the distance ratio of the distance between the end face of the sub sweat guiding strip, which is opposite to the sweat guiding strip, and the inner side of the hairband to the distance between the end face of the sweat guiding strip, which is opposite to the hairband, and the inner side of the hairband is 4:3-2:1. Further, the ratio of the distance between the middle position of the sweat guiding strip and the top of the hairband in the radial direction of the hairband to the distance between the middle position of the sweat guiding strip and the bottom of the hairband in the radial direction of the hairband is 3:1 to 2:1. Further, the width of the sweat guiding strip is between 15mm and 20mm, and the thickness of the sweat guiding strip is between 1mm and 3 mm. Further, the hairband and the sweat guiding strip are connected through adhesive. Furthermore, the hairband is made of polyester fiber or elastic fiber materials. Furthermore, the sweat guiding strip is made of one of silica gel, TPU and TPE. The technical scheme provided by the embodiment of the application has at least the following beneficial effects: The vector split sweat guiding sports hair band provided by the application is worn on the forehead by sportsmen, the middle position of the sweat guiding strip is arranged on the forehead, two sides of the sweat guiding strip are arranged on two sides of the forehead, and when the forehead sweats, the sweat in the hair band is split into vector flows to two sides of the forehead along the sweat guiding strip due to the fact that the middle position of the sweat guiding strip at the inner side of the hair band is higher than the heights of the two ends of the sweat guiding strip. In addition, the optimal effect of the sweat guiding strip on sweat guiding is realized by controlling the radial position of the sweat guiding strip on the hairband and determining the width and the thickness of the sweat guiding strip. The arrangement of the sub sweat guiding strips ensures the sweat guiding effect, reduces the contact area with the skin, and solves the problems that sweat can flow from the forehead to the eyes of the face and interfere with athletic performance due to the influence of gravity or back and forth shaking in the athletic process in the prior