CN106213605B - A kind of intelligence with massage functions oppresses seamless motion panty girdle - Google Patents

Abstract

The invention discloses a kind of intelligence with massage functions to oppress seamless motion panty girdle.The present invention is weaved using Santoni SM8 TOP2S models seamless knitter, one-shot forming, no latasuture.Running panty girdle internal structure line is drawn to scale according to human body lower limbs muscle anatomy figure, and designs the 9 kinds of fabric structures and yarn for 33 its functions of position optimum of lower limb and motion function, realizes the close-fitting compressing effect of overall intelligence.The present invention has good fitness, the muscle that each piece of different shape of human body lower limbs and function can be directed to realizes accurate rational function sexual oppression, improve muscle vitality, enhancing sports level, the granule for massage institutional framework of particular design targetedly can carry out continuing massage to muscle, alleviate in time, mitigate muscular fatigue, and vulnerable parts are strengthened with effectively protection, reduces athletic injury risk.

Description

A smart compression seamless sports leggings with massage function

technical field

The invention relates to the field of seamless knitting technology and tight sports pants, in particular to an intelligent compression seamless running tights with massage function.

Background technique

When running, environmental factors and personal negligence often lead to injuries to the muscles, tendons, ligaments, and bones of the human lower limbs. Sports tights apply pressure to the lower limbs of the human body through the elasticity of the material itself, which can not only help maintain athletic ability and improve sports levels, but also protect muscles and joints and reduce exercise fatigue. They are popular among many professional athletes and runners. lovers of all ages.

At present, the sports leggings products on the market have a single function, are tight and oppressive, uncomfortable to wear, and cannot meet the physiological function needs of athletes. Studies have shown that tight pants with excessive pressure may cause discomfort, hinder movement, increase exercise load, etc. In severe cases, it may also block blood microcirculation in soft tissues, cause varicose veins, or cause skin and subcutaneous soft tissue ulceration and necrosis.

Seamless knitting technology uses elastic fibers to weave seamless knitted products, which have a soft feel, excellent elasticity and stretchability, and are known as "the second skin of the human body" for their unique comfort and fit. Seamless knitting can realize the pressure design and function conversion of different parts by controlling the process parameters such as yarn tension and draft multiple. For seamless knitted trousers, the waist can be directly woven into the trousers, which not only improves the quality of the garment , can also omit some complicated procedures. In addition, the circular knitting machine can complete the arrangement and design of various organizational structures according to the instructions of the computer program, such as plain weave, rib weave, tuck, mesh, jacquard and so on.

The movement system is the executive system of human movement, which is composed of bones, joints and muscles. In sports, the bone acts as a lever, and the joint connecting bone acts as a hub. The skeletal muscle crosses the joint and attaches to the bone. Its contraction force serves as the driving force of the movement, pulling the bone and producing movement around the joint. According to the analysis of sports anatomy, the running process can be simplified into 6 groups of movements such as hip flexion and extension, knee flexion and extension, ankle foot extension, and foot flexion. The muscles that directly exert force are different, and the muscles exerted The effect is also different. According to the role played by the muscles in the movement, the muscles that directly complete an action are called prime movers. The muscle that plays the main role is called the agonist muscle; the muscle that plays the secondary role is called the accessory muscle.

The present invention will use seamless knitting technology to design a seamless running tights that can achieve intelligent compression for different muscles, achieving the effect of integrating functionality and comfort. The research and development of functional seamless tights is still relatively scarce in China. The development of intelligent compression seamless running tights with massage function is a breakthrough and innovation in the field of seamless knitting technology and functional sports tights. Conducive to the development of the industry.

Contents of the invention

The technical problem to be solved by the present invention is to provide a kind of intelligent compression seamless running tights with massage function. And functional muscles to achieve accurate and reasonable functional compression, improve muscle vitality, enhance the level of exercise, the specially designed massage particle structure can continue to massage the muscles in a targeted manner, relieve and reduce muscle fatigue in time, and strengthen the vulnerable parts Effective protection to reduce the risk of sports injuries.

For reaching above-mentioned purpose, the technical scheme that the present invention takes is as follows:

A kind of running tights, woven by Santoni SM8-TOP2S seamless knitting machine, one-time forming, no side seams, including trousers body, bottom crotch insert, trousers body, bottom crotch insert, trouser leg inner seam seam splicing.

The above-mentioned internal structure lines of the running tights are drawn in proportion according to the anatomical diagram of the muscles of the lower limbs of the human body, and 9 kinds of fabric structures and yarns are designed for the 33 parts of the lower limbs that are most suitable for their functions and motor functions, so as to achieve the overall intelligent tight compression effect.

The weaving raw material uses 40D×2CoolMax Alta yarn for the veil, which has low pilling properties, moisture absorption and perspiration, and UV protection; the ground yarn uses 40D/30D Lycra/nylon covered yarn (the draft ratio is 3.5); the waist, feet 210D Lycra is added to the mouth to increase the thickness and elasticity of the fabric.

Compared with the prior art, the present invention has the following advantages:

(1) The structure of the lower limbs of the human body is complex, the connective tissues such as bones and tendons are relatively hard, and the soft tissues such as fat and muscle are soft and easily deformed. The present invention deeply understands and analyzes the structure of human leg muscles, draws the inner structure line of the trousers in proportion according to the anatomical diagram of human lower limb muscles, and selects the fabric structure most suitable for its function and motor function for different parts, which is in good harmony with all parts of the body Fit for an overall smart body-hugging compression effect. Different muscle parts adopt different organizational structures, so that the trousers form a three-dimensional structural design and have a better fit.

(4) The composite structure formed by specially designed mesh structure, false rib structure and tuck structure has evenly arranged massage particles on the back of the fabric, which can continuously massage the muscles, relieve muscle fatigue, and increase the size of the pants and The static friction between the skins effectively prevents the pants from slipping when worn.

(3) The veil is made of CoolMax Alta fiber, which has the functions of low pilling, moisture absorption and perspiration, and UV protection. The ground yarn is made of spandex covered yarn with Lycra as the core yarn. Its draft ratio is 3.5, and its creep resistance is good. And long-lasting shape retention, it can continue to apply pressure to the parts that need it when wearing.

(5) Compared with the traditional cutting and sewing processing method, the seamless tights of the present invention adopt the one-time integrated seamless knitting technology, which can improve production efficiency on the one hand, and improve product quality on the other hand. The extra stitching makes the trousers more fit and comfortable to wear, and there is no hidden danger of unraveling and tearing. The application of seamless knitting technology has been innovated. In addition to weaving 210D Lycra into the trouser waist and instep, 210D Lycra is also added to the muscle tissue of the trouser body, which increases the tightness and elastic recovery ability of the fabric and forms intelligent compression. Effect.

Description of drawings

Figure 1 is a schematic diagram of the organizational structure;

Fig. 2 is the front style figure of the seamless sports tights of the present invention;

Fig. 3 is the style diagram of the back side of the seamless sports tights of the present invention;

Fig. 4 is a structural diagram of the computer of the seamless sports tights of the present invention.

detailed description

The present invention will be further described below in conjunction with accompanying drawing.

The intelligent compression seamless running tights with massage function involved in this embodiment is to adopt the seamless knitting machine weaving of the SantoniSM8-TOP2S model 15-inch tube diameter, and this machine is an 8-way single-sided electronic jacquard circular knitting machine, each way 2 It has three needle selection points, eight yarn guide nozzles, and three-position knitting technology (configured with 16-level needle selector). Its specifications are 1344 needles and 0.907mm needle distance (machine number) (28E).

First, use PHOTON software for structural design, create an SDI file with 1344 stitches and 3000 rows, and draw the internal structural lines of the trouser body according to the anatomical diagram of the lower limb muscles in proportion to form a basic shape diagram, that is, the structural design diagram. As shown in Figure 4.

Weaving raw materials: 40Dtex×2CoolMax Alta yarn is used for the face yarn (No. 5 yarn feeder, yarn tension 4.5 grams), and 40D/30D Lycra/nylon covered yarn is used for the ground yarn (the draft ratio is 3.5) (No. 2 yarn feeder, yarn Thread tension 2.0 grams), waist and feet first compound massage tissue parts add 210D Lycra (No. 3 yarn feeder of the 2nd and 6th road, yarn tension 16 grams).

Weave design: According to the design diagrams of different organizational structures, see Figure 1, use PHOTON software to draw the corresponding PAT graphics, that is, one or several complete cycle fabric organizational structure diagrams. The matching tissues of different parts are shown in the following table (where the numbers represent different muscle tissue parts, and the English letters represent the tissue structure):

Table 1 Matching table of parts and organizational structure

serial number parts organizational structure serial number parts organizational structure 1 Waistband False rib structure A 19 flexor digitorum longus First Composite Organization G 2 abs First Composite Organization G 20 tibia Tuck Organization D 3 gluteus medius The second massage organization H twenty one  long extensor First Massage Organization F 4 tensor fascia lata First Massage Organization F twenty two Peroneus brevis First Massage Organization F 5 iliopsoas muscle First Composite Organization G twenty three gluteal groove Third Composite Organization B 6 pubic muscle The second massage organization H twenty four gluteus maximus First Massage Organization F 7 adductor longus First Massage Organization F 25 Semitendinosus The second massage organization H 8 gracilis First Massage Organization F 26 biceps femoris First Massage Organization F 9 sartorius muscle The second massage organization H 27 adductor magnus The second massage organization H 10 rectus femoris First Composite Organization G 28 Semimembranosus The second massage organization H 11 vastus lateralis First Composite Organization G 29 femoral popliteal Third Composite Organization B 12 vastus medialis First Composite Organization G 30 Plantaris The second massage organization H 13 patella Second Mesh I 31 Gastrocnemius (outer head) First Composite Organization G 14 iliotibial band Second Composite Organization E 32 tendon Tuck Organization D 15 tibialis anterior muscle First Composite Organization G 33 soleus muscle First Composite Organization G 16 Gastrocnemius (medial head) First Composite Organization G 34 Foot mouth False rib structure A 17 extensor digitorum longus First Massage Organization F Crotch insert Third Composite Organization B 18 peroneus longus First Massage Organization F structure line First Mesh Organization C

(1) The structural lines inside the trouser body are drawn in proportion according to the anatomical diagram of the muscles of the lower limbs of the human body (see Figure 2 and Figure 3). Specifically, the structural lines of the trousers are designed according to the shape and function of the 33 muscles and bones of the human lower limbs. The 33 positions of the lower limbs of the human body mainly include waist head 1, abdominal muscles 2, gluteus medius 3, tensor fascia lata 4, iliopsoas 5, pectineus 6, adductor longus 7, gracilis 8, and sartorius 9. Rectus femoris 10, vastus lateralis 11, vastus medialis 12, patella 13, iliotibial band 14, tibialis anterior 15, gastrocnemius 16 (medial head), extensor digitorum longus 17, peroneus longus 18, digit long Flexor 19, tibia 20, long extensor 21, peroneus brevis 22, gluteal groove 23, gluteus maximus 24, semitendinosus 25, biceps femoris 26, adductor magnus 27, semimembranosus 28, femoral popliteal Face 29, plantaris 30, gastrocnemius 31 (lateral head), tendon 32, soleus 33.

(2) According to the shape and function of the muscles, there are 9 types of trouser body structures: the first massage tissue F, the second massage tissue H, the first composite tissue G, the second composite tissue E, the third composite tissue B, the A mesh structure C, a second mesh structure I, a tuck structure D, and a false rib structure A.

(3) The first massage structure F is a combination of tuck structure, false rib structure and mesh structure, and the fabric tightness is smaller than that of the first composite structure G. The reverse side of the tissue is evenly distributed with large particle protrusions, which can continuously massage the muscles, reduce muscle fatigue, and keep the muscles active; it can form a certain degree of compression on the muscles, improve muscle vitality without hindering blood circulation; at the same time, it has good air permeability, Keep the surface of human skin dry and comfortable.

(4) The second massaging tissue H adopts a combination of tuck and mesh structures, and the fabric tightness is smaller than that of the first massaging tissue F. The reverse side of the tissue is evenly distributed with large particle protrusions, which can continuously massage the muscles, reduce muscle fatigue, and keep the muscles active; at the same time, it has good air permeability and keeps the surface of the human skin dry and comfortable.

(5) The first composite weave G is a combination of false rib weave and mesh weave, and the ground yarn is changed to 210D Lycra when weaving. The tissue has excellent elasticity and stretching properties, can form a strong compression on the muscles, increase the initial speed and strength of muscle contraction, improve muscle vitality without hindering blood circulation; and effectively reduce the energy consumption of muscle oscillations. The mesh structure can give the fabric good air permeability and keep the surface of the human skin dry and comfortable.

(6) The second compound weave E is a combination of tuck weave and mesh weave. The tissue adopts a specially designed tuck structure, so it is not easy to be stretched in the longitudinal direction; and the mesh structure can endow the fabric with good air permeability, keeping the surface of the human skin dry and comfortable.

(7) The third composite structure B is a combination of false rib structure and mesh structure. The tissue has good extensibility and elasticity, breathability, helps moisture wicking, and keeps the skin surface dry and comfortable.

(8) The first mesh structure C has good air permeability and enhances the moisture absorption and perspiration function of the trouser body. All structural lines inside the trouser body adopt this tissue, which mainly plays a role in distinguishing muscles, highlighting the muscle lines of the human body, so that the tissue structure of each muscle area can be independently designed; when wearing, each area of the trouser body can be tightly It fits the corresponding muscle parts of the human body to ensure that the compression position is accurate and achieve the ideal pressure effect.

(9) The second mesh structure I is soft, light and thin, and has good elasticity and stretching properties. The meshes arranged in steps have good moisture absorption and perspiration performance and aesthetics.

(10) Tuck structure D, the texture of which is very tight and thick, and has strong elastic recovery ability.

(11) False rib weave A, which has a tight texture, good extensibility and elasticity, and is not easy to deform. It is used for trouser waist and instep, which can prevent the trouser waist from sliding down and the instep from sliding up when wearing, and avoid all parts of the trouser body. Displacement occurs. At the mouth of the foot, it also acts as a support belt for the extensor muscles and protects the Achilles tendon.

(12) Abdominal muscle 2 adopts the first composite tissue G to make the abdominal muscles stronger, maintain the correct posture and stabilize the pelvis during running, and facilitate acceleration.

(13) The gluteus medius 3 is used to assist in the stretching of the thigh and maintain the stability of the pelvis in the horizontal direction. The second massaging organization H is used.

(14) Tensor of fascia lata 4, which makes the fascia lata tense, is an accessory muscle for flexing the thigh, and uses the first massaging tissue F.

(15) The iliopsoas muscle 5 is the active muscle of the hip joint flexion, which makes the thigh bend forward. When running, the speed and strength of the iliopsoas muscle contraction directly affect whether the thigh can be quickly swung forward and raised high. The first composite organization G is used.

(16) The pectineus 6 and sartorius 9 pass through the external iliac vein, external iliac artery and other blood vessels. The second massage tissue H is used to promote and not hinder blood circulation.

(17) The adductor longus 7 and the gracilis 8 are the accessory muscles that complete the flexion of the thigh, and the first massage organization F is used.

(18) Rectus femoris 10, vastus lateralis 11, and vastus medialis 12 are the largest and most powerful muscles in the human body. They are the active muscles of knee joint extension and can also extend and flex the thigh. The first compound tissue G is used.

(19) The patella 13 is located at the knee joint. Due to the large range of motion of the joint and the large stretching deformation of the skin, the second mesh tissue I is used.

(20) The iliotibial band 14 adopts the second composite tissue E. The function of the iliotibial band is to reduce the pressure of the body weight on the knee joint. This tissue uses a specially designed tuck tissue so that the tissue is not easily stretched in the longitudinal direction. Effectively help the iliotibial band to bear a certain stretching force, and play the role of support and protection.

(21) Gastrocnemius 16 (inner head), gastrocnemius 31 (outer head), and soleus 33, collectively known as the triceps calf, are the active muscles that complete the foot flexion, and use the first composite tissue G. Peroneus longus 18 and peroneus brevis 22 are accessory muscles, and the first massage organization F is used.

(22) The tibialis anterior muscle 15 is the active muscle of ankle joint foot extension, using the first compound tissue G. Extensor digitorum longus 17 and extensor  longus 21 are auxiliary muscles, and the first massaging organization F is adopted. Flexor digitorum longus 19, the active muscle that flexes the foot at the ankle joint, uses the first complex tissue G.

(23) The gluteus maximus 24 can make the trunk of the human body stretch at the hip joint and relieve the impact of the ground on the human body during running. The first massage organization F is used.

(24) The biceps femoris 26 is responsible for controlling knee bending, thigh extension and calf flexion. It is less forceful than the front thigh muscles, and the first massage organization F is used.

(25) The semitendinosus 25, adductor magnus 27, semimembranosus 28, and plantaris 30 assist in the hip extension and knee flexion, using the second massage organization H.

(26) The tendon 32 (including the Achilles tendon) and the tibia 20 are vulnerable parts during running and require external support and protection. Tuck tissue D is used. The texture of the tissue is very tight and thick, and it has strong elastic recovery ability, which can reduce the impact force of the ground and play a buffering role.

(27) The gluteal groove 23, the femoral popliteal surface 29, and the crotch bottom insert adopt the third composite tissue B, which has good comfort.

All the seams of the sports tights of the present invention adopt IS0607 stitches, that is, four-needle and six-thread seams. The patchwork process is characterized by strong dynamics, unique high elasticity, flat and high-strength patchwork effect, which can effectively reduce the friction of the patchwork thread on the human skin during exercise, thereby enhancing comfort.

Claims (1)

1. a kind of intelligence with massage functions oppresses seamless running panty girdle, it is characterised in that：Inside the trousers body of the panty girdle Structure lines are drawn to scale according to human body lower limbs muscle anatomy figure, and design for its suitable function of 33 positions of lower limb and motion The 9 kinds of fabric structures and yarn of function, realize the close-fitting compressing effect of overall intelligence；

Veil therein uses 40D × 2CoolMax Alta yarns, and wire gauze uses 40D/30D Lycras/polyamide fibre wrap yarn, waist Head and pin mouth addition 210D Lycras are weaved；

9 kinds of fabric structures therein are respectively the first massaged tissue F, the second massaged tissue H, the first complex tissue G, second Complex tissue E, triplex tissue B, the first eyelet stitch C, the second eyelet stitch I, tuck stitch D, false rib construction A；Institute The the first massaged tissue F and the second massaged tissue H reverse side stated all uniformly arrange bulky grain projection；The first described complex group Knit G to be combined using false rib construction and eyelet stitch, wire gauze is changed to 210D Lycras during weaving；The second described complex tissue E It is combined using tuck stitch and eyelet stitch；Described triplex tissue B is mutually tied using false rib construction with eyelet stitch Close；

There are abdominal muscle (2), iliopsoas (5), rectus femoris (10), musculus vastus lateralis (11), stock inner side using the first complex tissue G position Flesh (12), tibialis anterior (15), medial head gastrocnemius (16), musculus flexor digitorum longus pedis (19), lateral head gastrocnemius (31), musculus soleus (33)；

Position using the second complex tissue E is iliotibial tract (14)；

Using the first massaged tissue F position have tensor fasciae late muscle (4), long adductor muscle (7), gracilis (8), musculus extensor digitorum longus pedis (17), Musculus peroneus longus (18),  extensor hallucis longuses (21), musculus peroneus brevis (22), gluteus maximus (24), biceps muscle of thigh (26)；

There are gluteus medius (3), pectineus (6), sartorius (9), semitendinosus (25), great adductor muscle using the second massaged tissue H position (27), semimembranosus (28), plantar flesh (30)；

There are shin bone (20), tendon (32) using tuck stitch D position；

Waistband (1), pin mouth (33) use false rib construction A；Gluteal fold (23), facies poplitea femoris (29), crotch bottom inserted sheet are multiple using the 3rd It is charge-coupled to knit B；All structure lines use the first eyelet stitch C, and kneecap (13) uses the second eyelet stitch I.