Riding pants and weaving process thereof

Abstract

The invention discloses a pair of riding trousers which comprises a trouser front side and a trouser back side, the trouser front side and the trouser back side each comprise a waistband area and a trouser body area, the waistband areas are located on the trouser front side and comprise an abdomen area and a waist front side area, the trouser body areas comprise a triangular area, thigh front side areas, a groin area and a crotch area, and the waistband areas are located on the trouser back side and comprise a waist area and a waist back side area. The trouser body area comprises a hip area, a hip bottom end area, a thigh rear side area and a trouser leg area. The two sides of the waistband area are connected with the two sides of the thighs, the two sides of the waistband area and the two sides of the thighs adopt the oblique weaving structures in the opposite directions, the bottom ends of the front sides of the thighs are the bottommost ends of the riding trousers, and therefore the reverse weaving structures on the two sides of the thighs form interwoven supporting, the front sides of the thighs are arranged in a large area, and when the lifting amplitude of the legs is increased, the legs are not prone to being lifted. Deformation of two sides of the waistband area drives the upper ends of two sides of the thighs to be tightened obliquely, and reverse constraining force of the lower ends of two sides of the thighs is enhanced, so that curl-up of trouser legs is reduced.

Description

Technical Field

[0001] This invention relates to the field of clothing, and more specifically, to a cycling pant and its weaving process. Background Technology

[0002] Most existing cycling shorts use a single elastic fabric to fix the waist and legs. However, during cycling, the repeated pedaling motion of the legs will generate a continuous pulling force on the pant legs, and the waist will be unevenly stressed due to the forward lean of the body, which will cause the cycling shorts to slip down at the waist and roll up at the pant legs. Summary of the Invention

[0003] The purpose of this invention is to overcome the shortcomings of the prior art and provide cycling shorts and their weaving process. The shorts feature a high-waisted design with a wide, double-layered waistband. Both the central abdominal area and the waist area of ​​the waistband utilize a textured vertical stripe structure, allowing for a close fit between the abdominal and waist areas. This effectively wraps the abdomen, reducing waist movement and strain during cycling, preventing a feeling of tightness or slippage. The waistband connects to the sides of the thighs, and the sides of the waistband and thighs employ a diagonal knitting structure in opposite directions. The bottom edge of the front thighs forms the bottom edge of the cycling shorts. This creates an interwoven support structure on both sides of the thighs, while the front of the thighs has a larger area of ​​fabric. When the leg is raised more, the deformation on both sides of the waistband causes the upper part of the thighs to tighten diagonally, while the lower part of the thighs has a stronger reverse restraint force, thus reducing the roll-up of the pant legs. When the rider leans forward and the waist tends to slide down, the diagonal weave structure on both sides of the waistband restricts the direction of the vertical stripe structure in the middle of the waistband. At the same time, the diagonal weave on both sides of the thighs is opposite to the diagonal weave on both sides of the waistband, thus restricting the fabric on both sides of the waistband from sliding down, and preventing the waist from sliding down.

[0004] To achieve the above objectives, the present invention adopts the following technical solution: a cycling trousers, comprising a front side and a back side, wherein both the front side and the back side include a waistband area and a body area, located on the front side of the trousers; the waistband area includes an abdominal area and a front waist area; the body area includes a triangle area, a front thigh area, a groin area, and a crotch area, located on the back side of the trousers; the waistband area includes a waist area and a back waist area; the body area includes a buttock area, a bottom buttock area, a back thigh area, and a leg area.

[0005] Located on the front of the pants, the front waist area includes a first area and a second area, the second area connects the first area and the abdominal area, the first area extends to the back waist area, located on the reverse side of the pants, and the waist area and the back waist area are connected in an arc shape;

[0006] The front thigh region includes a third region and a fourth region, both of which extend to the back thigh region. The third region and the fourth region are connected in an arc shape, and the top of the third region is connected to the bottom of the first region.

[0007] The invention is further configured such that the bottom end of the fourth region is located at the lowest end of the cycling pants on the front side of the pants, and is located on the reverse side of the pants, with the bottom end of the fourth region connected to the pant leg area.

[0008] The invention is further configured such that, on the front side of the pants, the area of ​​the fourth region is larger than that of the third region, and on the reverse side of the pants, the area of ​​the fourth region is smaller than that of the third region.

[0009] The invention is further configured such that the top end of the groin area is connected to the bottom end of the second region, the bottom end of the groin area is located at the bottommost end of the cycling pants, and one side of the groin area is connected to the triangular area.

[0010] The invention is further configured such that, on the reverse side of the pants, the waist area extends above the hip area, and the bottom end of the hip area is connected to the bottom end of the hip area.

[0011] This invention also discloses a cycling pant and its weaving process, including the following steps:

[0012] S1: Basic Preparation Steps

[0013] Knitted using a TOP2V machine, size 28 needles / 2.54cm, tube diameter 17 inches;

[0014] The outer yarn of the cycling shorts is made of 70D / 68F nylon fiber, and the inner yarn of the cycling shorts is made of 40D Lycra fiber + 30D / 12F nylon fiber machine-wrapped yarn.

[0015] S2: Weaving:

[0016] The abdominal area and the waist area are made of a first fabric, the triangular area and the buttock area are made of a second fabric, the first area and the third area are made of a third fabric, the fourth area is made of a fourth fabric, the second area and the groin area are made of a fifth fabric, the crotch area is made of a sixth fabric, and the bottom of the buttocks area is made of a seventh fabric.

[0017] S3: Post-processing:

[0018] Heat setting treatment;

[0019] S4: Fabric sewing.

[0020] The invention is further configured such that the first fabric has an 8-row loop as one weave cycle, the face yarn and back yarn of the 2nd-4th, 6th, 8th and 10th rows of the 1st, 3rd, 5th and 7th row loops are all float yarns, the face yarn and back yarn of the 1st, 5th, 7th and 9th rows of the 1st, 3rd, 5th and 7th row loops are all looped, and the face yarn and back yarn of the 1st-10th rows of the 2nd, 4th, 6th and 8th row loops are all looped.

[0021] The invention is further configured such that the third fabric has a weave cycle of 10 rows of loops. In the first row of loops, the first, fourth-sixth, and ninth-tenth rows of both the face and back yarns are floats; in the second-third and seventh-eighth rows of loops, both the face and back yarns are loops; in the third row of loops, the first-second, fifth-seventh, and tenth rows of loops, both the face and back yarns are floats; in the third-fourth and eighth-ninth rows of loops, both the face and back yarns are loops; and in the fifth row of loops, the first-third and sixth-eighth rows of loops, both the face and back yarns are floats. In the 5th row, the 4th-5th and 9th-10th rows of the horizontal row are both looped yarns for both the face and back yarns. In the 7th row, the 2nd-4th and 7th-9th rows of the horizontal row are both float yarns for both the face and back yarns. In the 7th row, the 1st, 5th-6th, and 10th rows of the horizontal row are both looped yarns for both the face and back yarns. In the 9th row, the 3rd-5th and 8th-10th rows of the horizontal row are both float yarns for both the face and back yarns. In the 9th row, the 1st-2nd and 6th-7th rows of the horizontal row are both looped yarns for both the face and back yarns. In the 2nd, 4th, 6th, 8th, and 10th rows, the 1st-10th rows of the horizontal row are both looped yarns for both the face and back yarns.

[0022] The invention is further configured such that the fourth fabric has a weave cycle of 10 rows of loops. In the first row of loops, the 1st-2nd, 5th-7th, and 10th rows are both float yarns for both the face and back yarns; the 3rd-4th and 8th-9th rows are both loop yarns for both the face and back yarns; in the third row of loops, the 1st, 4th-6th, and 9th-10th rows are both float yarns for both the face and back yarns; the 2nd-3rd and 7th-8th rows are both loop yarns for both the face and back yarns; and in the fifth row of loops, the 3rd-5th and 8th-10th rows are both float yarns for both the face and back yarns. For the 5th loop, the 1st-2nd and 6th-7th rows of the horizontal row have looped yarns for both the face and back yarns. For the 7th loop, the 2nd-4th and 7th-9th rows of the horizontal row have float yarns for both the face and back yarns. For the 7th loop, the 1st, 5th-6th, and 10th rows of the horizontal row have looped yarns for both the face and back yarns. For the 9th loop, the 1st-3rd and 6th-8th rows of the horizontal row have float yarns for both the face and back yarns. For the 9th loop, the 4th-5th and 9th-10th rows of the horizontal row have looped yarns for both the face and back yarns. For the 2nd, 4th, 6th, 8th, and 10th loops, the 1st-10th rows of the horizontal row have looped yarns for both the face and back yarns.

[0023] The invention is further configured such that the third fabric and the fourth fabric are diagonally opposite, and the diagonals of the third fabric and the fourth fabric are both at a 45-degree angle.

[0024] The beneficial effects of this invention are:

[0025] 1. It adopts a high-waisted design, and the increased width of the waistband area can cover a large area of ​​the abdomen and waist area, reducing the intrusion of cold air during riding. The abdomen and waist areas use a concave-convex vertical strip structure to increase the close fit of the abdomen and waist areas, effectively wrapping the abdomen and reducing the swaying and burden on the waist during riding. At the same time, when the rider leans forward and the waist tends to slide down, the diagonal woven structure on both sides of the waistband area restricts the direction of the vertical strip structure in the middle of the waistband area, preventing a tight feeling or sliding phenomenon.

[0026] 2. The waistband area connects to the sides of the thighs. The first area of ​​the waistband and the third area of ​​the thighs use the same diagonal weave, but the fourth area of ​​the thighs uses a diagonal weave structure in the opposite direction. The bottom of the fourth area on the front of the thigh is the bottom of the cycling pants. This makes the reverse weave structure on the sides of the thighs support and restrain. The fourth area is arranged in a large area. When the leg lifts up, the deformation of the waistband area causes the upper part of the thighs to tighten diagonally, while the reverse restraint force on the lower part of the thighs is enhanced, thereby reducing the pant legs from rolling up. The weave direction of the first, third and fourth areas is opposite, so the fourth area restricts the first area from sliding down, further preventing the waist from sliding down.

[0027] 3. The crotch area uses the sixth fabric weave, which not only increases the elasticity of the crotch area, preventing it from being stretched by the sides of the thighs during cycling, but also increases the breathability of the crotch area through jacquard weave, thereby protecting the body's dryness and reducing bacterial growth. Attached Figure Description

[0028] Figure 1 This is a schematic diagram of the front structure of a cycling pant in this embodiment;

[0029] Figure 2 This is a schematic diagram of the reverse side of a pair of cycling pants in this embodiment;

[0030] Figure 3 This is a schematic diagram of a first fabric for cycling shorts in this embodiment;

[0031] Figure 4 This is a schematic diagram of a second fabric for cycling shorts in this embodiment;

[0032] Figure 5 This is a schematic diagram of a third fabric for cycling shorts in this embodiment;

[0033] Figure 6This is a schematic diagram of a fourth fabric for cycling shorts in this embodiment;

[0034] Figure 7 This is a schematic diagram of a fifth fabric for cycling shorts in this embodiment;

[0035] Figure 8 This is a schematic diagram of a sixth fabric for cycling shorts in this embodiment;

[0036] Figure 9 This is a schematic diagram of a seventh fabric for cycling shorts in this embodiment.

[0037] Figure labeling: Waist area 1, Pants area 2, Abdomen area 11, Front waist area 12, Waist area 13, Back waist area 14, Triangle area 21, Front thigh area 22, Groin area 23, Crotch area 24, Buttock area 25, Bottom of buttock area 26, Back thigh area 27, Pants leg area 28, First area 121, Second area 122, Third area 211, Fourth area 212. Detailed Implementation

[0038] The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of the present invention, and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of the present invention.

[0039] like Figure 1 — Figure 9 As shown, a type of cycling pants is made using a TOP2V machine with a gauge of 28 needles / 2.54cm and a tube diameter of 17 inches. This reduces friction between the seams and the skin during cycling. The outer yarn of the cycling pants is made of 70D / 68F nylon fiber, while the inner yarn is made of 40D Lycra fiber + 30D / 12F nylon fiber machine-wrapped yarn. The combination of nylon and Lycra fibers gives the fabric excellent elasticity and resilience, allowing it to deform freely with the body's stretching, twisting, and bending movements, and quickly return to its original shape after the movement, always maintaining a good fit.

[0040] The cycling shorts include a front and a back. Both the front and back include a waistband area 1 and a body area 2, located on the front. Waistband area 1 includes an abdominal area 11 and a front waist area 12, located on the back. Waistband area 1 also includes a waist area 13 and a back waist area 14. The abdominal area 11 and waist area 13 are made of a first fabric. This first fabric has an 8-row loop weave. The 2nd-4th, 6th, 8th, and 10th rows of the 1st, 3rd, 5th, and 7th rows have float yarns for both the face and back yarns. The 1st, 5th, 7th, and 9th rows of the 1st, 3rd, 5th, and 7th rows have loop yarns for both the face and back yarns. The 2nd, 4th, 6th, and 8th rows of the 1st, 3rd, 5th, and 7th rows have loop yarns for both the face and back yarns. Rows 1-10 of the cycling pants have looped front and back yarns. The length of the abdominal area 11 and waist area 13 formed by this knitting is one-third of the total length of the pants. Therefore, the increased length of the abdominal area 11 and waist area 13 allows for greater coverage of the abdomen and waist, reducing the intrusion of cold air during cycling. In contrast, rows 2-4 of the first fabric's first, third, fifth, and seventh loops have floats for both front and back yarns; rows 6, 8, and 10 of the first, third, fifth, and seventh loops have floats for both front and back yarns; rows 1, 5, 7, and 9 of the first, third, fifth, and seventh loops have loops for both front and back yarns; and rows 1-10 of the second, fourth, sixth, eighth, and tenth loops have loops for both front and back yarns. Therefore, the floats in the 2nd to 4th columns of the 1st, 3rd, 5th, and 7th coil rows are compressed and bulge due to the coils. Similarly, the floats in the 6th, 8th, and 10th columns of the 1st, 3rd, 5th, and 7th coil rows are also compressed and bulge. However, the floats in the 2nd to 4th columns of the 1st, 3rd, 5th, and 7th coil rows are continuous, while the floats in the 6th, 8th, and 10th columns are single. Therefore, the bulge height formed by the 2nd to 4th columns of the 1st, 3rd, 5th, and 7th coil rows is greater than the bulge height formed by the 6th, 8th, and 10th columns. In tissue circulation, because the 2nd to 4th columns of the 1st, 3rd, 5th, and 7th coil rows are all continuous floats, and the 6th, 8th, and 10th columns are single floats... The 10 vertical lines are floats, thus forming a vertical stripe structure in the first fabric. This vertical stripe structure in the abdominal area 11 and waist area 13 increases the close fit between the abdominal area 11 and waist area 13 and the human body, effectively wrapping the abdomen and reducing waist swaying and burden during cycling. At the same time, when the rider leans forward and the abdominal area 11 and waist area 13 tend to slide down, the large width of the abdominal area 11 and waist area 13 and the close fit between the vertical stripe structure of the abdominal area 11 and waist area 13 and the human body reduce the sliding trend of the waist area 13 during cycling, and also reduce the tendency of the abdominal area 11 to curl up during cycling.

[0041] Located on the front of the pants, the pants body area 2 includes the triangle area 21, the front thigh area 22, the groin area 23, and the crotch area 24. Located on the back of the pants, the pants body area 2 includes the buttock area 25, the bottom of the buttock area 26, the back of the thigh area 27, and the leg area 28. Located on the front of the pants, the waist front area 12 includes a first area 121 and a second area 122. The second area 122 connects the first area 121 and the abdominal area 11. The second area 122 adopts a fifth surface. The fifth fabric uses a 6-row loop weave. In the first and fourth rows of loops, the face yarn and back yarn in the first to fourth warp are looped. In the second and third rows of loops, the face yarn and back yarn in the first and third warp are looped. In the second and third rows of loops, the face yarn and back yarn in the second and fourth warp are floats. In the fifth and sixth rows of loops, the face yarn and back yarn in the first and third warp are floats. Both the face yarn and the back yarn in the fourth column are looped. Because the second region 122 has continuous floats in the second and fourth columns of the second and third loop rows, and continuous floats in the first and third columns of the fifth and sixth loop rows, the floats in the second and third loop rows, and the floats in the fifth and sixth loop rows are raised due to the loops in the first and third columns of the second and third loop rows, the loops in the second and fourth columns of the fifth and sixth loop rows, and the loops in the first to fourth columns of the first and fourth loop rows. Therefore, the second region 122 forms a transverse convex structure, while the abdominal region 11 has a longitudinal convex structure. Therefore, the shrinkage direction of the abdominal region 11 and the second region 122 is perpendicular to each other. When the abdominal region 11 and the second region 122 are connected, the abdominal region 11 and the second region 122 can restrain each other and reduce the tightness, so that when the abdominal region 11 has a tendency to curl, the flatness of the abdominal region 11 is maintained.

[0042] The first area 121 uses a third fabric. This third fabric has a weave cycle of 10 rows of loops. In the first row of loops, the 1st, 4th-6th, and 9th-10th rows are both float yarns for both the face and back yarns. In the second-3rd and 7th-8th rows of loops, both the face and back yarns are looped. In the third row of loops, the 1st-2nd, 5th-7th, and 10th rows are both float yarns for both the face and back yarns. In the third row of loops, the 3rd-4th and 8th-9th rows are looped. The 5th row of loops... In the first three columns and the sixth to eighth columns, both the face yarn and the base yarn are floats. In the fifth row, the fourth to fifth columns and the ninth to tenth columns are loops. In the seventh row, the second to fourth columns and the seventh to ninth columns are floats. In the seventh row, the first, fifth to sixth, and tenth columns are loops. In the ninth row, the third to fifth columns and the eighth to tenth columns are floats. In the ninth row, the first two columns and the sixth to seventh columns are floats. Both the face yarn and the back yarn are looped. Therefore, the floats in the 1st, 3rd, 5th, 7th, and 9th loop rows are tilted to the right at a 45-degree angle. The 1st to 10th warp rows of the 2nd, 4th, 6th, 8th, and 10th loop rows are also looped. The second region 122 connects the first region 121 and the abdominal region 11. The first region 121 is slanted, which further helps the second region 122 to limit the curling tendency of the abdominal region 11 and increase the fit of the abdominal region 11. At the same time, the first region 121 extends to the back waist area 1. 4. Located on the reverse side of the pants, the waist area 13 and the back waist area 14 are connected in an arc shape. The waist area 13 also has a concave-convex vertical strip structure. Therefore, when the waist area 13 tends to slide down during riding, the direct connection between the first area 121 and the waist area 14 enhances the structural strength of the first area 121 and the edge of the waist area 14. The arc-shaped connection between the waist area 13 and the back waist area 14 prevents the waist area 13 and the back waist area 14 from feeling tight and can form a restriction through the structure in different directions, reducing the sliding phenomenon of the waist area 13.

[0043] The front thigh region 22 includes a third region 211 and a fourth region 212, both of which extend to the back thigh region 27. The third region 211 uses a third fabric, and the fourth region 212 uses a fourth fabric. The fourth fabric has a weave cycle of 10 rows of loops. In the first row of loops, the 1st-2nd, 5th-7th, and 10th rows of both the face and back yarns are floats. In the first row of loops, the 3rd-4th and 8th-9th rows of both the face and back yarns are loops. In the third row of loops, the 1st, 4th-6th, and 9th-10th rows of both the face and back yarns are floats. In the third row of loops, the 2nd-3rd and 7th-8th rows of both the face and back yarns are... In the 5th loop, the 3rd-5th and 8th-10th rows of the horizontal row are both floats for both the face and back yarns. The 1st-2nd and 6th-7th rows of the horizontal row of the 5th loop are both loops for both the face and back yarns. In the 7th loop, the 2nd-4th and 7th-9th rows of the horizontal row are both floats for both the face and back yarns. The 1st, 5th-6th, and 10th rows of the horizontal row of the 7th loop are both loops for both the face and back yarns. In the 9th loop, the 1st-3rd and 6th-8th rows of the horizontal row are both floats for both the face and back yarns. The 4th-5th and 9th-10th rows of the horizontal row of the 9th loop are both loops for both the face and back yarns. Therefore, the floats in the 1st, 3rd, 5th, 7th, and 9th loop rows are tilted to the left at a 45-degree angle. In the 2nd, 4th, 6th, 8th, and 10th loops, the first to 10th warp yarns and back yarns are all looped. Therefore, the diagonal directions of the third and fourth fabrics are both at a 45-degree angle, but the diagonal directions of the third and fourth fabrics are opposite. The third region 211 and the fourth region 212 are connected in an arc shape. The top of the third region 211 is connected to the bottom of the first region 121 and is located on the front of the pants. The bottom of the fourth region 212 is located at the lowest point of the cycling pants and is located on the reverse side of the pants. The bottom of the fourth region 212 is connected to the leg area 28. Therefore, the first region 121 of the front waist area 12 and the back waist area 14 are connected to the third region 211, while the third region 211 and the fourth region 212 are connected in an arc shape, thus making the sides of the thighs... The reverse knit structure provides support, and the area of ​​the fourth region 212, located on the front of the pants, is larger than that of the third region 211. Therefore, the fourth region 212 is arranged over a large area. When the leg is raised more, the first region 121 and the third region 211 of the waistband 1 stretch and deform in the direction of the lift, causing the upper part of the thigh to tighten diagonally. Meanwhile, the fourth region 212 at the lower part of the thigh has a stronger reverse restraint force. Because the area of ​​the fourth region 212 is larger than that of the third region 211, the reverse restraint force at the lower part of the thigh is greater. This reduces the rolling up of the pant legs during cycling. At the same time, the large area of ​​the fourth region 212 can limit the slippage of the first region 121 and the third region 211, thereby further preventing the waist from slipping down.

[0044] Located on the reverse side of the trousers, the waist area 13 extends above the hip area 25. The bottom end of the hip area 25 connects to the bottom hip area 26. The hip area 25 uses a second fabric, which has an 8-row loop weave. In one weave weave, the face yarn and back yarn of the 1st and 2nd warp and the 5th and 6th warp in the 1st, 3rd, 5th, and 7th row loops are both floats, and the 3rd and 4th warp and the 7th and 8th warp in the 1st, 3rd, 5th, and 7th row loops are all loops. In the second loop row, the 7th column has both face yarn and base yarn as floats. In the second loop row, the 1st-6th and 8th columns have both face yarn and base yarn as loops. In the fourth loop row, the 3rd column has both face yarn and base yarn as floats. In the fourth loop row, the 1st-2nd and 4th-8th columns have both face yarn and base yarn as loops. In the sixth loop row, the 8th column has both face yarn and base yarn as floats. In the sixth loop row, the 1st-7th columns have both loops. In the 8-coil row, the 4th column has both the face yarn and the back yarn as floats. In the 8th coil row, the 1st to 3rd columns and the 5th to 8th columns are all loops. Because each of the 8-coil rows in the second fabric forms a float, but the float to loop ratio in the 1st, 3rd, 5th, and 7th coil rows is 2:2, and the float to loop ratio in the 2nd, 4th, 6th, and 8th coil rows is 1:7, the ridges of the second fabric are relatively tight, thus increasing the abrasion resistance of the hip area 25. On the reverse side of the pants, because the hip area 25 has a large area and is the size of the area that wraps around the hips, it is located on the reverse side of the pants. The area of ​​the fourth region 212 is smaller than that of the third region 211, but the hip area 25 is connected to the waist area 13 above. The tightness of the ridges of the hip area 25 restricts the slippage of the waist area 13 during riding. The sides of the hip area 25 are connected to the fourth region 212, and the different weaving directions restrict the hem rolling of the fourth region 212.

[0045] The leg area 28 uses the same second fabric as the hip area 25, while the bottom hip area 26 is woven at the bottom of the hip area 25. The bottom hip area 26 uses a seventh fabric, which is woven in a 4-way loop. In one weave, the first to sixth columns of the first and third loops are looped, the face yarn and back yarn of the first and second columns and the fourth and fifth columns of the second and fourth loops are floats, and the face yarn and back yarn of the third and sixth columns of the second and fourth loops are looped. Therefore, the bottom hip area 26 has more loops than the hip area 25, which makes the bottom hip area 26 more compact than the hip area 25, increasing the lifting and wrapping effect of the hip area 25 and further enhancing the shaping of the hips.

[0046] The top of the groin area 23 connects to the bottom of the second area 122. The bottom of the groin area 23 is located at the very bottom of the cycling shorts. The groin area 23 is made of a fifth fabric. One side of the groin area 23 connects to the triangle area 21, which is made of a second fabric. The triangle area 21 increases abrasion resistance during cycling. At the same time, the connection of the groin area 23 increases the cushioning of the triangle area 21 during cycling, while also limiting the third area 211 from being too tight, reducing the feeling of constriction, and also limiting the fourth area 212 from having too much restraint. This balances the stress on the third area 211 and the fourth area 212, thus preventing the pant legs from rolling up and the waist and abdomen from being too tight. It does not slip down and also keeps the triangle area 21 from getting stuck in the crotch. The crotch area 24 uses the sixth fabric. The sixth fabric is organized in two rows of coils as a loop. In one loop, the first and fourth columns of each row of coils are woven into a circle, and the second-third and fifth-sixth columns of each row of coils are woven into jacquard. The jacquard is woven in a loop, which increases the breathability of the crotch area 24, thereby protecting the body from dryness and reducing bacterial growth. At the same time, the loop weave of the crotch area 24 increases the elasticity of the crotch area 24, so that the crotch area 24 will not get stuck in the crotch due to the stretching of the sides of the thighs during riding.

[0047] The fabric undergoes heat setting, which increases the stability of the internal fiber structure, fixes the shape of the cycling pants, and increases their elasticity and recovery, thus ensuring that the cycling pants always maintain a good fit and comfort.

[0048] The above description is merely a preferred embodiment of the present invention. The scope of protection of the present invention is not limited to the above embodiments. All technical solutions falling within the scope of the present invention's concept are within the scope of protection of the present invention. It should be noted that for those skilled in the art, any improvements and modifications made without departing from the principles of the present invention should also be considered within the scope of protection of the present invention.

Claims

1. A type of cycling pants, characterized in that, The pants include the front and back sides. Both the front and back sides of the pants include a waistband area (1) and a body area (2). The waistband area (1) includes an abdominal area (11) and a front waist area (12). The body area (2) includes a triangle area (21), a front thigh area (22), a groin area (23), and a crotch area (24). The waistband area (1) includes a waist area (13) and a back waist area (14). The body area (2) includes a buttock area (25), a bottom buttock area (26), a back thigh area (27), and a leg area (28). Located on the front of the pants, the front waist area (12) includes a first area (121) and a second area (122). The second area (122) connects the first area (121) and the abdominal area (11). The first area (121) extends to the back waist area (14) and is located on the reverse side of the pants. The waist area (13) and the back waist area (14) are connected in an arc shape. The front thigh region (22) includes a third region (211) and a fourth region (212), both of which extend to the back thigh region (27). The third region (211) and the fourth region (212) are connected in an arc shape, and the top of the third region (211) is connected to the bottom of the first region (121).

2. The cycling pants according to claim 1, characterized in that, Located on the front of the pants, the bottom end of the fourth region (212) is located at the lowest end of the cycling pants and on the reverse side of the pants. The bottom end of the fourth region (212) is connected to the pant leg area (28).

3. The cycling pants according to claim 1, characterized in that, Located on the front of the pants, the area of ​​the fourth region (212) is larger than that of the third region (211). Located on the back of the pants, the area of ​​the fourth region (212) is smaller than that of the third region (211).

4. The cycling pants according to claim 1, characterized in that, The top of the groin area (23) is connected to the bottom of the second region (122), the bottom of the groin area (23) is located at the bottom of the cycling pants, and one side of the groin area (23) is connected to the triangular area (21).

5. The cycling pants according to claim 1, characterized in that, Located on the reverse side of the pants, the waist area (13) extends above the hip area (25), and the bottom end of the hip area (25) is connected to the bottom hip area (26).

6. A weaving process for cycling pants according to any one of claims 1-5, characterized in that, Includes the following steps: S1: Basic Preparation Steps Knitted using a TOP2V machine, size 28 needles / 2.54cm, tube diameter 17 inches; The outer yarn of the cycling shorts is made of 70D / 68F nylon fiber, and the inner yarn of the cycling shorts is made of 40D Lycra fiber + 30D / 12F nylon fiber machine-wrapped yarn. S2: Weaving: The abdominal area (11) and the waist area (13) are made of a first fabric, the triangular area (21) and the buttock area (25) are made of a second fabric, the first area (121) and the third area (211) are made of a third fabric, the fourth area (212) is made of a fourth fabric, the second area (122) and the groin area (23) are made of a fifth fabric, the crotch area (24) is made of a sixth fabric, and the bottom of the buttocks area (26) is made of a seventh fabric. S3: Post-processing: Heat setting treatment; S4: Fabric sewing.

7. The weaving process for cycling pants according to claim 6, characterized in that, The first fabric has an 8-row loop as one weave cycle. The 2nd to 4th, 6th, 8th and 10th rows of the 1st, 3rd, 5th and 7th rows of the face yarn and the back yarn are floats. The 1st to 9th rows of the 1st, 3rd, 5th and 7th rows of the face yarn and the back yarn are loops. The 1st to 10th rows of the 2nd, 4th, 6th and 8th rows of the face yarn and the back yarn are loops.

8. The weaving process of cycling pants according to claim 6, characterized in that, The third fabric uses a 10-row loop weave as one repeat. In the first row of loops, the 1st, 4th-6th, and 9th-10th rows are both float yarns for both the face and back yarns. The 2nd-3rd and 7th-8th rows are both loop yarns for both the face and back yarns. In the third row of loops, the 1st-2nd, 5th-7th, and 10th rows are both float yarns for both the face and back yarns. The 3rd-4th and 8th-9th rows are both loop yarns for both the face and back yarns. In the fifth row of loops, the 1st-3rd and 6th-8th rows are both float yarns for both the face and back yarns. The fifth row... In the 4th-5th and 9th-10th rows of the loop, both the face yarn and the base yarn are looped. In the 7th loop, both the face yarn and the base yarn are floated in the 2nd-4th and 7th-9th rows. In the 7th loop, both the face yarn and the base yarn are looped in the 1st, 5th-6th, and 10th rows. In the 9th loop, both the face yarn and the base yarn are floated in the 3rd-5th and 8th-10th rows. In the 9th loop, both the face yarn and the base yarn are looped in the 1st-2nd and 6th-7th rows. In the 2nd, 4th, 6th, 8th, and 10th loops, both the face yarn and the base yarn are looped in the 1st-10th rows.

9. The weaving process of cycling pants according to claim 6, characterized in that, The fourth fabric uses a 10-row loop weave as one repeat. In the first row of loops, the 1st-2nd, 5th-7th, and 10th rows are both float yarns for both the face and back yarns. The 3rd-4th and 8th-9th rows are both loop yarns for both the face and back yarns. In the third row of loops, the 1st, 4th-6th, and 9th-10th rows are both float yarns for both the face and back yarns. The 2nd-3rd and 7th-8th rows are both loop yarns for both the face and back yarns. In the fifth row of loops, the 3rd-5th and 8th-10th rows are both float yarns for both the face and back yarns. In the 1st-2nd and 6th-7th rows of the loop, both the face yarn and the base yarn are looped. In the 7th loop, both the face yarn and the base yarn are floated in the 2nd-4th and 7th-9th rows. In the 7th loop, both the face yarn and the base yarn are looped in the 1st, 5th-6th, and 10th rows. In the 9th loop, both the face yarn and the base yarn are floated in the 1st-3rd and 6th-8th rows. In the 9th loop, both the face yarn and the base yarn are looped in the 4th-5th and 9th-10th rows. In the 2nd, 4th, 6th, 8th, and 10th loops, both the face yarn and the base yarn are looped in the 1st-10th rows.

10. The weaving process of cycling pants according to claim 6, characterized in that, The third fabric and the fourth fabric are diagonally opposite, and both the third fabric and the fourth fabric are diagonally at a 45-degree angle.

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