A type of yoga pants, which improves blood circulation and workout efficiency

Abstract

Yoga pants comprising a waist band 1, legs 2, and a crutch or crotch. The legs are symmetrical. The lower body garment comprises lifting and pulling components including a buttock lifting structure 4, knee-protecting structure 5, and leg-shaping structure 6. The butt-lift structure comprises multiple butt-lift strips on the hips of the pants; the knee-protecting structure multiple protective knee elements; and the leg-shaping structure multiple leg-shaping strips on the shanks or calves. This is intended to accelerate blood circulation, improve the oxygen supply of the muscles, reduces the accumulation of lactic acid, reduce the vibration of muscles, strengthen the stability of muscle groups, and enhance workout efficiency.

Description

Technical field

[0001] This invention involves the technology of workout leggings. Specifically, it involves a type of yoga pants that improves blood circulation and workout efficiency. Technology Involved

[0002] Traditional compression pants compress the legs by using tightly woven fabric and small leg openings or by dividing the fabric into pieces. It’s effective. But after doing some research, we find that the better way to improve workout efficiency is to impose pressure on the legs, which should be compressed. The body parts that don’t need to be compressed should be relaxed. The easiness of the body and the compression on the body keep the stability of the muscle groups and thus enhance workout efficiency. This method is also more user-friendly.

[0003] We’ve also noticed that in the design of the shanks, the compression pants on the market take into account the compression function of the gastrocnemius muscles. But our research tells us that people are subject to injuries to tibialis posterior and posterior fascia of tibia; the tibia needs more compression. Contents of this Invention

[0004] This invention aims to provide a type of yoga pants that accelerates blood circulation, improves the oxygen supply of the muscles, builds up the muscles, wraps and supports key muscle groups, reduces the vibration of muscles, strengthens the stability of muscle groups, and enhances workout efficiency by compressing the spots on legs during exercise. Furthermore, this invention can activate more vitality of the muscle groups, boost the discharge of the metabolites in the muscles, reduce the accumulation of lactic acid, and quicken the recovery of the body.

[0005] To solve the problems above-mentioned, the technical proposal this invention adopts is:

[0006] This patent implementation example provides a type of yoga pants that improves blood circulation and workout efficiency, composed of the yoga pants and lifting and pulling components. The yoga pants include the waist band, the legs, and the crutch. The legs are designed symmetrically at the crutch. The waist band is at the crutch but far away from the legs. The lifting and pulling components include the butt-lift structure, knee-protecting structure, and leg-shaping structure inside the legs. The butt-lift structure comprises multiple butt-lift strips on the hips of the pants; the knee-protecting structure multiple protective knee pads; and the leg-shaping structure multiple leg-shaping strips on the shanks.

[0007] In some implementation examples of this invention, the lifting and pulling components and legs are made of breathable and stretchy materials.

[0008] Compared to modern technology, this invention’s example has the following advantages or beneficial effects:

[0009] This patent implementation example provides a type of yoga pants that improves blood circulation and workout efficiency, composed of the yoga pants and lifting components. The yoga pants include the waist band, the legs, and the crutch. The legs are designed symmetrically at the crutch. The waist band is at the crutch but far away from the legs. The lifting components include the butt-lift structure, knee-protecting structure, and leg-shaping structure inside the legs. The butt-lift structure comprises multiple butt-lift pads on the hips of the pants; the knee-protecting structure multiple protective knee pads; and the leg-shaping structure multiple leg-shaping pads on the shanks.

[0010] The above-mentioned yoga pants are for yoga practitioners when they practice. They’re stretchy and can shape the legs effectively. The above-mentioned lifting and pulling components are flocking butt-lift strips, protective knee pads, and leg-shaping strips stuck on gluteal muscles, vastus lateralis, iliotibial tract, the ligaments on both sides of the knees, and tibialis posterior. The elasticity of the butt-lift strips, protective knee pads, and leg-shaping strips surpasses the compression of the legs of the pants on the gluteal muscles, vastus lateralis, iliotibial tract, the ligaments on both sides of the knees, and tibialis posterior. The non-key muscle groups on the other parts of the legs remain relaxed. So, the pants are comfortable. Despite the tightness, the person wearing them doesn’t feel the compression. And the lifting and pulling components wrap and support the key muscle groups. They help reduce the vibration of the muscles, enhance the stability of the muscle groups during exercise, and improve workout efficiency. Furthermore, since the lifting and pulling components directly compress key muscles, they increase the vitality of the muscle groups, quicken the discharge of the metabolites from the muscles, reduce accumulation of lactic acid, and help the body recover soon.

[0011] Thus, this type of yoga pants compresses the different spots of the legs during exercise, accelerates blood circulation, improves the oxygen supply of the muscles, builds up the muscles, wraps and supports key muscle groups, reduces the vibration of muscles, strengthens the stability of muscle groups, and eventually enhances workout efficiency. This invention can activate more vitality of the muscle groups, boost the discharge of the metabolites from the muscles, reduce accumulation of lactic acid, and quicken the recovery of the body. Description of the Attached Figures

[0012] To make clear the technology of this invention, we’ll explain the attached figures in the examples. It should be understandable that the following attached figure can only show some implementation examples of this invention. So, they shouldn’t be seen as a limit on the scope. According to these attached figures, ordinary technicians of this field can obtain other relevant attached figures without doing creative work.

[0013] Figure 1 is a rear view of the inside of this invention’s implementation example;

[0014] Figure 2 is a side view of the inside of this invention’s implementation example;

[0015] Figure 3 is a front view of the inside of this invention’s implementation example.

[0016] Icons: 1. Waist band; 2. Legs; 3. Crutch; 4. Butt-lift strip; 5. Protective knee pad; 6. Leg-shaping pad Implementation methods

[0017] To better explain the purpose, technical proposal, and advantages of this invention’s implementation example, we’ll use the attached figures to clearly and fully describe the technical proposal of this implementation example. Apparently, the described example is part of this invention’s implementation examples, not all of them. Usually, the components of this invention’s implementation example described and displayed in these figures can be arranged and designed according to different configurations.

[0018] So, the description of this invention’s implementation example doesn’t aim to put a limit on the scope of this invention that needs protection but to illustrate the chosen implementation example of this invention. All the implementation examples obtained by ordinary technicians of this field based on the implementation example of this invention are in the protection scope of this invention.

[0019] Note: Similar numbers and letters in the following attached figures represent similar items. So, an item defined in one attached figure doesn’t need to be defined and explained again in other attached figures.

[0020] In the description of the implementation example of this invention, the directions and locations meant by the words “center,” “up,” “down,” “left,” “right,” “vertical,” “horizontal,” “inside,” “outside” conform to the directions and locations displayed in the attached figures or the usual directions and locations where this invention product is put when it’s used. It’s just for the convenience of description. It doesn’t mean or imply that the device or component in question must be made or operated in a specific location or direction. So, it can’t be seen as a limit of this invention. Moreover, such words as “first,” “second,” “third” are only used for discrimination and description. It doesn’t mean or imply relative importance.

[0021] Terms such as “horizontal,” “vertical,” and “pendulous” don’t mean that the components must be absolutely horizontal or pendulous. They can be slightly slanting. For instance, “horizontal” only means that, compared with “vertical,” it’s parallel. It doesn’t mean that the structure is absolutely horizontal. It can be slightly slanting.

[0022] In the description of this invention’s implementation example, “multiple” means two and above.

[0023] Terms such as “set,” “install,” “linked,” “connect” are in a general sense. For instance, it can be fixed connection or detachable connection or integrated connection. It can be mechanical connection or electric connection. It can be direct connection or indirect connection through a medium. It can also be internal connection of two components. Ordinary technicians of this field need to understand these terms in the context of this invention. Implementation Examples

[0024] Please refer to Figures 1-3. Figure 1 is a rear view of the inside of this invention’s implementation example; figure 2 is a side view of the inside of this invention’s implementation example; figure 3 is a front view of the inside of this invention’s implementation example.

[0025] Please refer to Figures 1-3. This implementation example provides a type of yoga pants that improves blood circulation and workout efficiency, composed of the yoga pants and lifting and pulling components. The yoga pants include the waist band 1, the legs 2, and the crutch 3. The two legs 2 are designed symmetrically at the crutch 3. The waist band 1 is at the crutch 3 but far away from the legs 2. The lifting and pulling components include the butt-lift structure, knee-protecting structure, and leg-shaping structure inside the legs 2. The butt-lift structure comprises multiple butt-lift strips 4 on the hips of the legs 2; the knee-protecting structure multiple protective knee pads 5; and the leg-shaping structure multiple leg-shaping strips 6 on the shanks of the legs 2.

[0026] The above-mentioned yoga pants are for yoga practitioners when they practice. They’re stretchy and can shape the legs effectively. The above-mentioned lifting and pulling components are flocking butt-lift strips 4, protective knee pads 5, and leg-shaping strips 6 stuck on gluteal muscles, vastus lateralis, iliotibial tract, the ligaments on both sides of the knees, and tibialis posterior. The elasticity of the butt-lift strips 4, protective knee pads 5, and leg-shaping strips 6 surpasses the compression of the legs 2 of the pants on the gluteal muscles, vastus lateralis, iliotibial tract, the ligaments on both sides of the knees, and tibialis posterior. The non-key muscle groups on the other parts of the legs remain relaxed. So, the pants are comfortable. Despite the tightness, the person wearing them doesn’t feel the compression. And the lifting and pulling components wrap and support the key muscle groups. They help reduce the vibration of the muscles, enhance the stability of the muscle groups during exercise, and improve workout efficiency. Furthermore, since the lifting and pulling components directly compress key muscles, they increase the vitality of the muscle groups, quicken the discharge of the metabolites from the muscles, reduce accumulation of lactic acid, and help the body recover soon.

[0027] Concretely, the above-mentioned butt-lift strips 4 include arched strips and lifting strips. The arched strips lift the hips by wrapping them from the outer sides. The lifting strips intersect the arched strips, forming a lifting net.

[0028] Furthermore, the above-mentioned protective knee pads 5 are two pairs of arched protective knee pads wrapping the knees on both sides. They compress the muscles surrounding the knees to save some space for the movements of the knees. So, the movements are comfortable.

[0029] The leg-shaping strips 6 are pulling strips obliquely upward designed on the shanks and the strips on the tibialis posterior that pull all the muscles on the shanks.

[0030] Please refer to Figure 1. In some implementation methods of this invention, the lifting and pulling components and legs 2 are made of breathable and stretchy materials. And the legs 2 aren’t as elastic as the lifting and pulling components. They compress the key muscle groups while the non-key muscle groups remain relaxed. So, the pants are comfortable.

[0031] To sum up, this invention’s implementation example provides a type of yoga pants that improves blood circulation and workout efficiency, composed of the yoga pants and the lifting and pulling components. The yoga pants include the waist band 1, the legs 2, and the crutch 3. The two legs 2 are designed symmetrically at the crutch 3. The waist band 1 is at the crutch 2 but far away from the legs 2. The lifting and pulling components include the butt-lift structure, knee-protecting structure, and leg-shaping structure inside the legs 2. The butt-lift structure comprises multiple butt-lift strips 4 on the hips of the legs 2; the knee-protecting structure multiple protective knee pads 5 on the knees of the legs 2; and the leg-shaping structure multiple leg-shaping strips 6 on the shanks of the legs 2. The above-mentioned yoga pants are for yoga practitioners when they practice. They’re stretchy and can shape the legs effectively. The above-mentioned lifting and pulling components are flocking butt-lift strips 4, protective knee pads 5, and leg-shaping pads 6 stuck on gluteal muscles, vastus lateralis, iliotibial tract, the ligaments on both sides of the knees, and tibialis posterior. The elasticity of the butt-lift strips 4, protective knee pads 5, and leg-shaping pads 6 surpasses the compression of the legs 2 of the pants on the gluteal muscles, vastus lateralis, iliotibial tract, the ligaments on both sides of the knees, and tibialis posterior. The non-key muscle groups on the other parts of the legs remain relaxed. So, the pants are comfortable. Despite the tightness, the person wearing them doesn’t feel the compression. And the lifting and pulling components wrap and support the key muscle groups. They help reduce the vibration of the muscles, enhance the stability of the muscle groups during exercise, and improve workout efficiency. Furthermore, since the lifting and pulling components directly compress key muscles, they increase the vitality of the muscle groups, quicken the discharge of the metabolites from the muscles, reduce accumulation of lactic acid, and help the body recover soon. Thus, this type of yoga pants compresses the different spots of the legs during exercise, accelerates blood circulation, improves the oxygen supply of the muscles, builds up the muscles, wraps and supports key muscle groups, reduces the vibration of muscles, strengthens the stability of muscle groups, and eventually enhances workout efficiency. This invention can activate more vitality of the muscle groups, boost the discharge of the metabolites from the muscles, reduce accumulation of lactic acid, and quicken the recovery of the body.

[0032] The above-mentioned example is only a selected implementation example of this invention. It’s not a limit of this invention. For technicians of this field, this invention is subject to various alterations and changes. Any revisions, substitutions, and modifications in the spirit and principle of this invention should be within the protection scope of this invention.

Claims

1. A type of yoga pants, which improves blood circulation and workout efficiency. Its characteristics include:The yoga pants, comprising the waist band, two legs, and the crutch. The legs are designed symmetrically at the crutch. The waist band is at the crutch but far away from the legs.The lifting and pulling components, comprising the butt-lift structure, knee-protecting structure, and leg-shaping structure inside the legs. The butt-lift structure comprises multiple butt-lift strips on the hips of the pants; the knee-protecting structure multiple protective knee pads; and the leg-shaping structure multiple leg-shaping strips on the shanks.

2. According to patent claim 1, the specialty of the yoga pants that improve blood circulation and workout efficiency is that their lifting and pulling components and legs are made of breathable and stretchy materials.

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