阅读说明：本技术 一种滑雪袜的织造方法 (Weaving method of skiing socks ) 是由 刘晓辉 苗吉峰 李明蕾 赵凯 张馨丹 温铎 于丹 王凯 于 2020-07-09 设计创作，主要内容包括：一种滑雪袜的织造方法,包括以下步骤：步骤1)、按从罗口至袜尖的顺序进行；步骤2)、橡筋梭子和主梭同时进线或者分时进线；步骤3)、袜底与袜面(2)进线；步骤4)、袜跟(1)采用主纱3路进线织造,颜色可任意设定。本发明的滑雪袜在每处任意不规则毛圈进行织造,结合原材料配比,通过任意不规则拉毛的织造和根据人体工程学设计拉毛形状,可以实现和增加运动系列袜子的保暖,耐磨减震,保健按摩,抗菌透气和防滑功能。本发明的滑雪袜是采用4路进针梭子可同时进线的独特织造工艺。在织造任意不规则拉毛部位的时候可根据大小不同设定选择任何一路或两路或三路或四路同时进线织造,在单独或组合织造后又连接整体织造,织造后功能性十足。(A method of weaving ski socks comprising the steps of: step 1), proceeding from rib top to sock tip; step 2), simultaneously feeding the rubber band shuttle and the main shuttle or time-sharing feeding the rubber band shuttle and the main shuttle; step 3), feeding the sock bottom and the sock surface (2); and step 4), weaving the heel (1) by adopting 3 main yarn incoming yarns, wherein the color can be set at will. The skiing socks can realize and increase the functions of warm keeping, wear resistance, shock absorption, health care, massage, antibiosis, ventilation and skid resistance of sports series socks by weaving any irregular terry at each position, combining raw material proportion, weaving any irregular napping and designing the napping shape according to human engineering. The skiing socks of the invention adopt a unique weaving process that 4-path needle insertion shuttles can be simultaneously inserted. When any irregular napping part is woven, any one or two or three or four ways of yarn can be selected to be woven simultaneously according to different sizes, and the yarn is connected with the whole weaving after being woven singly or in combination, so that the weaving machine is very functional.)

1. A method of weaving ski socks, comprising the steps of:

step 1), the knitting is carried out in the sequence from the rib top to the toe of the sock, a rib top ring (3) is fed by one shuttle and the rubber band shuttle in the main shuttle at the same time, and the knitting is finished in the same direction according to 63 rings; the structure of 1807070 lycra double-covered spandex in one circle is in 360 degrees of 168 stitches; feeding yarns once by the rubber band in every 3 needles; circulating for 42 times in turn;

step 2), simultaneously feeding the rubber band shuttle and the main shuttle or time-sharing feeding the rubber band shuttle and the main shuttle; the 6cm weaved first is that 1 path and 8 paths in the rubber band shuttle and the main shuttle simultaneously enter the yarn to finish 63 circles of same-direction weaving, the length of the random irregular napping part is 25cm, 4 paths and 5 paths of 8 paths of shuttles in the rubber band shuttle and the main shuttle simultaneously enter the yarn, the 4 paths of shuttles and the 5 paths of shuttles independently plain weave the yarn from the lower part of the napping sinker, the 8 paths of shuttles in the main shuttle independently napping the yarn from the upper part of the napping sinker and enter the yarn, and the random irregular napping structure is formed by matching with a pattern needle selector; 6 color lines can be changed at will, the skiing socks have irregular napping structures at will, each height is 0.8-1cm, and each adjacent distance is 0.2 cm; 2, making a plain weave and napping joint: 2 a 360-degree surrounding breathable mesh structure;

step 3), simultaneously feeding in 17cm of any irregular napping part of the sock bottom and the sock surface (2) by 4 paths of 5 paths of shuttles in the rubber band shuttle and the main shuttle, independently plain-weaving feeding in the 4 paths of shuttles and the 5 paths of shuttles from the lower side of the napping sinker, independently napping feeding in the 8 paths of shuttles in the main shuttle from the upper side of the napping sinker, and forming any irregular napping structure by matching with a pattern needle selector; 105 circles are woven together, 6 color lines can be changed randomly, any irregular napping structure is adopted, each height is 0.8-1cm, every adjacent distance is 0.2cm, and 2 parts are arranged at the joints of plain weave and napping: 2 a 360-degree surrounding breathable mesh structure;

step 4), weaving the heel (1) by adopting 3 main yarn incoming yarns, wherein the color can be set at will; the sewing head adopts a manual mesh sewing mode and is shaped by a steam shaping machine.

2. The method of weaving ski socks according to claim 1, wherein: in the step 1), the loop (3) is threaded according to the height of 6cm and the width of 9.3 cm.

3. The method of weaving ski socks according to claim 1, wherein: in the step 2), the total length of the sock leg is 35cm, the width of the sock leg is 9.5cm, and 202 circles are knitted together.

4. The method of weaving ski socks according to claim 1, wherein: in the step 4), the setting machine sets the shape with the parameters of pressure of 0.16MPa, temperature of 120 ℃ and pressure maintaining time of 5 s.

Technical Field

The invention belongs to the field of knitwear weaving, and relates to a method for weaving skiing socks.

Background

With the continuous development of market economy, the socks have been changed from single heat preservation protection to functional direction, and the socks need to be innovated except for having the traditional function. The traditional manufacturing equipment is generally an incoming line, the whole socks can be finished at one time, the shape and the structure are single, and no special structural support exists. The invention changes the weaving method of the socks, thereby changing the self structure of the socks, increasing the air permeability and the random irregular napping supporting and protecting function, and simultaneously increasing the comfort. The applicability of the professional sport functional socks is also increased.

Disclosure of Invention

In order to solve the problems in the prior art, the invention provides a method for weaving ski socks.

The technical scheme adopted by the invention for solving the technical problems is as follows:

a method of weaving ski socks comprising the steps of:

step 1), the knitting is carried out in the sequence from the rib top to the toe of the sock, a rib top ring (3) is fed by one shuttle and the rubber band shuttle in the main shuttle at the same time, and the knitting is finished in the same direction according to 63 rings; the structure of 1807070 lycra double-covered spandex in one circle is in 360 degrees of 168 stitches; feeding yarns once by the rubber band in every 3 needles; and the circulation is performed for 42 times in sequence.

Step 2), simultaneously feeding the rubber band shuttle and the main shuttle or time-sharing feeding the rubber band shuttle and the main shuttle; the 6cm weaved first is that 1 path and 8 paths in the rubber band shuttle and the main shuttle simultaneously enter the yarn to finish 63 circles of same-direction weaving, the length of the random irregular napping part is 25cm, 4 paths and 5 paths of 8 paths of shuttles in the rubber band shuttle and the main shuttle simultaneously enter the yarn, the 4 paths of shuttles and the 5 paths of shuttles independently plain weave enter the yarn from the lower part of the napping sinker, the 8 paths of shuttles in the main shuttle independently napping the yarn from the upper part of the napping sinker, and the random irregular napping and napping structure is formed by matching with a pattern needle selector; 6 color lines can be changed at will, the skiing socks have irregular napping structures at will, each height is 0.8-1cm, and each adjacent distance is 0.2 cm; 2, making a plain weave and napping joint: 2 surround a 360 degree air permeable mesh structure.

Step 3), simultaneously feeding in 17cm of any irregular napping part of the sock bottom and the sock surface (2) by 4 paths of 5 paths of shuttles in the rubber band shuttle and the main shuttle, independently plain-weaving feeding in the 4 paths of shuttles and the 5 paths of shuttles from the lower side of the napping sinker, independently napping feeding in the 8 paths of shuttles in the main shuttle from the upper side of the napping sinker, and forming any irregular napping structure by matching with a pattern needle selector; 105 circles are woven together, 6 color lines can be changed randomly, any irregular napping structure is adopted, each height is 0.8-1cm, every adjacent distance is 0.2cm, and 2 parts are arranged at the joints of plain weave and napping: 2 surround a 360 degree air permeable mesh structure.

Step 4), weaving the heel (1) by adopting 3 main yarn incoming yarns, wherein the color can be set at will; the sewing head adopts a manual mesh sewing mode and is shaped by a steam shaping machine.

The invention also has the following additional technical features:

the technical scheme of the invention is further specifically optimized as follows: in the step 1), the loop (3) is threaded according to the height of 6cm and the width of 9.3 cm.

The technical scheme of the invention is further specifically optimized as follows: in the step 2), the total length of the sock leg is 35cm, the width of the sock leg is 9.5cm, and 202 circles are knitted together.

The technical scheme of the invention is further specifically optimized as follows: in the step 4), the setting machine sets the shape with the parameters of pressure of 0.16MPa, temperature of 120 ℃ and pressure maintaining time of 5 s.

Compared with the prior art, the invention has the advantages that:

the method has the advantages that: the main body of the ski stockings of the present invention is made of 2/48 (80% wool and 20% nylon) and doubled yarn (32S/1 graphene 2 pieces +70D/2 nylon 1 pieces) and 1807070 lycra double-covered spandex and 4070 lycra spandex as main materials: the wool has natural antibacterial and warm-keeping effects, and the graphene yarns have antibacterial and bacteriostatic properties and warm-keeping properties. The nylon has good rebound resilience and can increase the strength and the wear resistance of the textile. The lycra spandex can increase the fitting degree of each foot of the sock. The fit degree is improved, so that the cavities of the sole and the vamp are reduced, and the loss caused by friction is reduced. Therefore, the skiing socks are comfortable and healthy, good in air permeability and strong in functionality, and the traditional sock structure is changed functionally. The method changes the wire inlet mode in the original weaving equipment, changes 1-path wire inlet into 4-path simultaneous or time-sharing wire inlet, changes the wire inlet mode in the full-napping or half-napping function in the original weaving equipment, and can carry out irregular random napping. The random irregular napping position is used as a damping, supporting and protecting and ventilating flow guide channel according to the characteristics of the foot of a human body in a random irregular napping mode. Irregular napping structures with different sizes are woven by setting different sizes and specifications and in an inlet wire time period, and inlet wire thickening processing is performed on the irregular napping positions on the main shuttle 1 path and the jacquard weave 1 path simultaneously, so that the original inlet wire mode is improved while the beautifying structure is highlighted, and the practicability and the functionality are stronger.

The method has the advantages that: the skiing socks can realize and increase the functions of warm keeping, wear resistance, antibiosis, health care, massage, shock absorption, ventilation and skid resistance of sports series socks by weaving any irregular terry at each position and designing the napping shape according to human engineering by combining the proportion of raw materials.

The method has the advantages that: the skiing socks of the invention adopt a unique weaving process that 4-path needle insertion shuttles can be simultaneously inserted. When any irregular napping part is woven, any one or two or three or four ways of yarn can be selected to be woven simultaneously according to different sizes, and the yarn is connected with the whole weaving after being woven singly or in combination, so that the weaving machine is very functional.

Additional aspects and advantages of the invention will be set forth in part in the description which follows and, in part, will be obvious from the description, or may be learned by practice of the invention.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.

FIG. 1 is a schematic structural view of the present invention;

description of reference numerals: a heel (1); a sock surface (2); a screw ring (3).

Detailed Description

Exemplary embodiments of the present disclosure will be described in more detail below with reference to the accompanying drawings, in order that the present disclosure may be more fully understood and fully conveyed to those skilled in the art. While the exemplary embodiments of the present disclosure are shown in the drawings, it should be understood that the invention is not limited to the embodiments set forth herein.

A method of weaving ski socks comprising the steps of:

step 1), the knitting is carried out in the sequence from the rib top to the toe of the sock, a rib top ring (3) is raised according to the height of 6cm and the width of 9.3cm, a shuttle and an elastic shuttle in a main shuttle simultaneously feed yarns, and the knitting is finished in the same direction according to 63 rings; the structure of 1807070 lycra double-covered spandex in one circle is in 360 degrees of 168 stitches; feeding yarns once by the rubber band in every 3 needles; and the circulation is performed for 42 times in sequence.

Step 2), weaving 202 circles of the sock leg with the total length of 35cm and the width of 9.5 cm; the rubber band shuttle and the main shuttle simultaneously feed or feed in time-sharing manner; the 6cm weaved first is that 1 path and 8 paths in the rubber band shuttle and the main shuttle simultaneously enter the yarn to finish 63 circles of same-direction weaving, the length of the random irregular napping part is 25cm, 4 paths and 5 paths of 8 paths of shuttles in the rubber band shuttle and the main shuttle simultaneously enter the yarn, the 4 paths of shuttles and the 5 paths of shuttles independently plain weave enter the yarn from the lower side of the napping sinker, the 8 paths of shuttles in the main shuttle independently napping the yarn from the upper side of the napping sinker, and the random irregular napping and napping structure is formed by matching with a pattern needle selector according to the requirements of customers; the 6 color lines can be changed according to personal preference and customer requirements, the skiing socks have random irregular napping structures, each height is 0.8-1cm, each adjacent distance is 0.2cm, and the skiing socks have the functions of ankle support protection and good air permeability; 2, making a plain weave and napping joint: 2, the 360-degree surrounding breathable mesh structure enables hot air generated by feet to be rapidly exhausted through the breathable flow guide channel.

Step 3), leading in the length of any irregular napping part 17cm between the sock bottom and the sock surface (2) by using a rubber band shuttle and 4 paths of 5 paths of 8 paths of shuttles in a main shuttle simultaneously, leading in the 4 paths of shuttles and the 5 paths of shuttles from an independent plain weave under a napping sinker, leading in the 8 paths of shuttles in the main shuttle from the upper side of the napping sinker independently, and matching with a pattern needle selector according to the requirements of customers to form any irregular napping structure; 105 circles are woven together, 6 color lines can be changed according to personal preference and customer requirements, any irregular napping structure is adopted, each height is 0.8-1cm, every adjacent distance is 0.2cm, and 2 parts are arranged at the joints of plain weave and napping: 2, the 360-degree surrounding breathable mesh structure enables hot air generated by feet to be rapidly exhausted through the breathable flow guide channel.

Step 4), weaving the heel (1) by adopting 3 main yarn incoming yarns, wherein the color can be set according to different requirements; the head sewing adopts a manual eye-to-eye head sewing mode, so that the product has no needle leakage and is smooth and comfortable; and setting by a steam setting machine with the parameters of 0.16MPa of pressure, 120 ℃ of temperature and 5s of pressure maintaining time.

The main body of the ski stockings of the present invention is made of 2/48 (80% wool and 20% nylon) and doubled yarn (32S/1 graphene 2 pieces +70D/2 nylon 1 pieces) and 1807070 lycra double-covered spandex and 4070 lycra spandex as main materials: the wool has natural antibacterial and warm-keeping effects, and the graphene yarns have antibacterial and bacteriostatic properties and warm-keeping properties. The nylon has good rebound resilience and can increase the strength and the wear resistance of the textile. The lycra spandex can increase the fitting degree of each foot of the sock. The fit degree is improved, so that the cavities of the sole and the vamp are reduced, and the loss caused by friction is reduced. Therefore, the skiing socks are comfortable and healthy, good in air permeability and strong in functionality, and the traditional sock structure is changed functionally. The method changes the wire inlet mode in the original weaving equipment, changes 1-path wire inlet into 4-path simultaneous or time-sharing wire inlet, changes the wire inlet mode in the full-napping or half-napping function in the original weaving equipment, and can carry out irregular random napping. The random irregular napping position is used as a damping, supporting and protecting and ventilating flow guide channel according to the characteristics of the foot of a human body in a random irregular napping mode. Irregular napping structures with different sizes are woven by setting different sizes and specifications and in an inlet wire time period, and inlet wire thickening processing is performed on the irregular napping positions on the main shuttle 1 path and the jacquard weave 1 path simultaneously, so that the original inlet wire mode is improved while the beautifying structure is highlighted, and the practicability and the functionality are stronger.

The skiing socks can realize and increase the functions of warm keeping, wear resistance, antibiosis, health care, massage, shock absorption, ventilation and skid resistance of sports series socks by weaving any irregular terry at each position and designing the napping shape according to human engineering by combining the proportion of raw materials.

The skiing socks of the invention adopt a unique weaving process that 4-path needle insertion shuttles can be simultaneously inserted. When any irregular napping part is woven, any one or two or three or four ways of yarn can be selected to be woven simultaneously according to different sizes, and the yarn is connected with the whole weaving after being woven singly or in combination, so that the weaving machine is very functional.

In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention are clearly and completely described above with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are a part of the embodiments of the present invention, but not all of the embodiments. The components of embodiments of the present invention generally described and illustrated in the figures herein may be arranged and designed in a wide variety of different configurations.

Thus, the above detailed description of the embodiments of the invention presented in the drawings is not intended to limit the scope of the invention as claimed, but is merely representative of selected embodiments of the invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.