KR101200852B1 - Tapping tights coated with multi-level printing with different tension for each part - Google Patents

Abstract

Drawings designed according to the flow of the muscles of the entire human body on the inner and outer surfaces of the upper and lower tights (1) (10) are made of silicon in different shapes and thicknesses for each part of the fabric (A) in steps 1 (B) and 2 (C). , Step 3 (D) Printed in three or more steps, multi-step printing to increase the tension for each part of the muscles of the human body, characterized in that the limit of the sewing material and the adhesive area and the padding method and only one site Instead of printing, it is possible to enhance the amount, size, and thickness of muscle differently for each part of the muscle according to the method of printing on the fabric (A) as a single disc on the whole body and according to the amount and movement of each part of the human body. In case of injury, it is artificially supported by tapping by multi-step printing of silicone, so that it can be applied to increase strength and rehabilitation and rehabilitation.In multi-step printing, maximization of production and human body by twisting product and simplifying bar It is divided into upper and lower arms, knees, wrists and ankles of a pair of shoes, and according to all sports and rehabilitation for each part, printing 1-3 levels or more is different for each part. Tapping tights coated with multi-level prints with different tensions for each part.

Fabric, 1.3.3 multi-step silicon printing, top and bottom tights, whole muscle part printing part, shin protection coating part, shin back coating part

Description

Tapping tights coated with multi-level printing with different tensions for each site

The present invention is to print the stretch (tension, high elastic material, such as urethane, rubber, etc.) for each part in a pattern designed according to the flow of the human body in a span unit, which is a garment worn during exercise, by varying the shape and thickness of each part in multiple steps The present invention relates to a taping tights coated with a multi-step printing for each part of the film by applying a special printing method required for different sports taping clothes.

Muscle-enhanced medical clothing (garment) generally known in the prior art is known as Japanese Unexamined Patent Publication No. 2006-118088. The above-mentioned garment is a labor (width of the body) and time for the work of depositing a stretch body material for a body on a medical body (cloth). This is a muscular protective reinforcement garment suitable for mass production, the gist of which is the elastic body material (S, S1-S7) is deposited on the predetermined position of the garment body (C) made of a stretch fabric (1, 2) It consists of a rubber protective material (1. 2) characterized in that the stretch material for the body is made of a rubber material deposited on the garment body (C) by printing, and both arms and the pants (pants) of the garment It is a composition coated with printing in the state of spreading a plurality of V-shape on the site,

The composition disclosed in Korean Patent Publication No. 527561 is a garment (10C) made of a stretchable fabric that covers a part of the lower part of the body and has a crotch part, and fits snugly on the human body. The left and right portions are connected at a position (2) corresponding to any part of the lumbar spine from the vertebrae of the human body on the side of the human body after the garment, and the portion having the strong physical force is almost in the direction of the muscular fibers of the left and right gluteus muscles from the position (2). The garment is a rigid body portion (A) that covers at least a portion of the swelling of the buttocks and at least near the trochanter through the bulge, which improves the stability of the hip joint and leads to lumbar lordosis. It is a garment that has the function of weakening and making young body shape and posture, which contributes to the relief of pain such as low back pain, and also prevents falling in elderly people. Are useful, as the invention that the configuration of a base,

Particularly, the former is a part coated with a single print in a state where a plurality of V-shapes are spread on both arms and the lower thighs of the garment, and the latter part is only partially contacted with the body. It is an invention to construct a strong body strength by applying a layer of Badaecheon 1 layer 2 layers 3 layers locally,

Therefore, in the method of printing and bonding only the garment of the sewing method of the above-mentioned fabric incision and only one part in one step, the taping on the whole human body cannot be processed on the whole body by varying the tension, and the human body by highly developed sports science It is a pre-modern invention that does not fit the reality of adapting to multi-level print coating as a whole according to the flow of muscle.

The present invention was invented to fundamentally solve and supplement the above-mentioned modern problems of the prior art, a method of printing and adhering the sewing system tights of the fabric incision and only one part in one step and a local part of the muscle of the body. As a garment made by attaching 1 ~ 3 layers of bar daecheon (or stretchable cloth) only to the part, it maximizes the taping effect of the garment and strongly strengthens the muscles and ligaments of the human body, making it easy to specially by all sports and rehabilitation. The purpose of this program is to develop a special printing method for organizing clothes and to produce clothes that are easy to adapt to activities for each part of the human body.

Taping tights apparel composed of multi-stage printing according to the present invention for solving the above problems is a silicone multi-stage printing method is a high-elastic two-way plate that extends in all directions, a special design designed according to the flow of muscles of the human body (silicone, urethane, rubber, etc.) To obtain clothing composed by a special printing method required for sports taping clothing with different tensions for each part by printing different shapes and thicknesses for each part.

Clothing (Ties) according to the present invention to maximize the taping effect by printing the silicon on the inside and outside of the fabric to strongly strengthen the muscles and ligaments of the human body to enable detailed work with special clothing easy to all sports and rehabilitation and human body You can make fine clothing for each part,

Tights (clothes) according to the present invention exceeds the limits of the sewing method that the existing methods can not work in detail and the standard (maximum A3 size) that can print only one portion of the limit of the sewing material and the adhesive area on the human body It is an invention that can be printed in one negative on the whole body without

In addition, the muscles of the human body differ in the amount, size, and thickness of each part of the body, so the tension increases according to the multi-stage method of silicone, which is divided in detail with the human body to reinforce the distribution of the muscles closest to the human body. And characterized in that to maximize the fit.

In the advantages of the multi-step printing of the taping tights garment composed of the multi-step printing according to the present invention, the productivity is much higher than the sewing method of the fabric cutting method, the product can be maximized by twisting the product and simplifying the sewing, The upper, lower, lower arm, knee, wrist, and ankle are divided into all parts of each sport, and in accordance with the rehabilitation status of the injured or disabled person, they can be printed in one or three steps or more multi-step methods to print the parts according to the required parts. It is effective to bring diversification of the product.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT Hereinafter, an embodiment of a taping tights composed of multi-step printing according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a core configuration diagram of the present invention illustrated in a multilayered state in which a multi-step printing coating on the bottom (pants) fabric of the present invention,

Figure 2 is an unfolded state of the bottom fabric for multi-stage printing according to the present invention

Figure 3 is an illustration of a one-step silicone print coating according to the present invention,

Figure 4 is an exemplary view of a two-step silicone printing coating state according to the present invention

5 is an exemplary view of a three-stage silicone printing coating state according to the present invention

FIG. 6 is an explanatory diagram showing a multi-step display as a diagram showing a method of applying a multi-stage silicon print coating according to the present invention in percent (%).

7 is a front view of a garment (taping tights) in the state of printing a multi-stage silicone coating according to the present invention,

8 is an illustration of the back of the upper and lower garments (taping tights) to the multi-step silicone coating printing according to the present invention,

9 is a front human body explanatory diagram sequentially illustrating a portion of the multi-step printing coating according to the present invention sequentially on the position of the muscle by printing on the garment in steps 1-3 at the position of the human muscle,

10 is a rear human body explanatory diagram sequentially illustrating a portion of the multi-step printing coating according to the present invention sequentially on the position of the muscle by printing on the garment in steps 1-3 at the position of the human muscle.

Taping tights composed of multi-step printing according to the present invention are printed on the front (FIG. 7) and the back (FIG. 8) of the top (1) and bottom 10 of the tights (clothes) of Figs. Multi-step printing with the exception of the neck (2), the arm muscle print (3) (3 '), the shoulder print (4) (4') and the belly print (5) (5 '). In the lower part, the lower back and hip muscle part, the front and back printing part 11 (11 ') and the thigh and calf muscle part printing part 12 (12') and the foot muscle part printing part 13 ( 13 '), the shin protective coating printed portion 14 (14') and the shin is divided into the back protective coating printing portion (14a, 14b) is divided into the printing,

That is, the multi-stage coating printing unit according to the present invention described above is coated and printed on the front and back position of the garment of Figures 7 and 8 is connected to the position of the upper and lower muscles of the actual human body, as shown in Figure 9 of Figure 9, silicon 1 After the step printing (B), the silicon two-step printing (C), and the silicon three-step printing (D), the multi-step printing position is shown as shown in Fig. 9. Determined,

When the taping tights garment according to the present invention printed on the printing position illustrated in the garment of FIG. 8 is the multi-level printing, the multi-level (BCD) as shown in the human muscle position of FIGS. Printed areas are tucked into muscle

That is to say more specifically, the taped tights garment composed of multi-step printing according to the present invention is the flow of the above-described muscle of the fabric (A) cut out and unfolded of the tights 10 as shown in FIG. According to the position, the first step (B) silicon printing is performed, and the second step (C) silicon printing is coated, and the third step (D) is a main component diagram according to the present invention showing the silicon printing state, the multi-step silicon printing method This is an example view.

The three-stage (D) silicon printing method can be performed in three or more stages as necessary. Also, the stretch tension in the multi-stage state is illustrated as a diagram (graph) in the example of FIG. When the tension in (A) is 100%, the tension is 85% in the case of the first step (B) silicon printing coating, and the tension is 70% in the case of the second step (C) silicon printing coating, and the third step ( D) Silicon printing coatings are exemplified as having a tension of 55%,

6 is a diagram illustrating a state in which silicon printing coating is performed on the surface of the fabric (A) in one step (B), two steps (C), and three steps (D).

Taping tights by the silicon multi-step printing method has a three-step tension of 85% in the first step, 70% in the third step and 55% in the second step, under the assumption that the tension of the high-elasticity fabric is 100% as shown in FIG. According to the muscle mass and movement of the muscles, the muscles are dropped differently for each part and when the muscles are injured, the artificial taping is supported by the silicone taping tights.

In addition, it is a multi-stage special printing method that can be configured as a support for clothing because silicone rod spring is possible when printing in more than 10 stages by changing the properties and thickness of silicone.

According to the present invention, the taping tights composed of the multi-step printing is a simple multi-step printing of silicon, which can be made in various forms from as many as tens to hundreds of various tapes. It can be overcome by printing by graphic by drawing to the limit.

Taping tights composed of multi-stage printing according to the present invention is a special method of varying the tension that extends in all directions for each part by printing silicone (urethane, all rubber materials) in multi-stage (two or more stages) on a special high-elastic two-way span fabric. It is possible to work more precisely than the conventional fabric cut type sportswear or 3M taping that adheres only to a small area, and overall tapering of all parts of the human body without the distinction of incisions. It is a printing method to run the

It overcomes the limitation of the sewing method of simple fabric incision and overcomes the limitation of the bar that was only simple form by changing the tension for each part of the human body in detail and the limitation of each part of the taping adhesion of the layer. The multi-stage silicone printing method allows the function and wearing method to be 3-6 times more than the functions of general sports taping clothing or sports taping, which can be subdivided into whole body, upper, lower, torso, leg, leg, ankle and wrist. It is easy to work and can be used for all sports and medical rehabilitation expenses and human body correction equipment.

In other words, the taping tights composed of the multi-step printing according to the present invention is different from the conventionally known method configuration. Two-stage (C), three-stage (D) Three or more stages of multi-silicon printing, if necessary, can produce 3-10 times more powerful effects than conventional ones. It is a configuration that prints by varying the tension of taping on the whole body of the tights in contact with the human body in a number of complex ways exceeding the limit of the product according to the

7 and 8 show the neck portion 2 of the upper and lower tights 1, 10, the arm muscle portion printing portion 3, 3 ', the shoulder muscle portion printing portion 4, 4', and the abdomen. Area prints (5) (5 '), the lower back and hip muscles front and back prints (11) (11') and thigh and calf muscles front and back prints (12) (12 ') and foot muscles Silicone coating is applied according to the flow of muscles throughout the human body, such as cotton coated printing 13, 13 ', shin protective coating 14, 14' and shin back protective coating 14a, 14b. By varying the shape and thickness, the silicon printing is performed in multiple stages (B, C, D) at the portion to be connected according to the flow of the entire muscle of the human body, as shown in FIGS. 9 and 10. The printing position illustrates a state in which the multi-step printing coating part is in contact with the site directly connected to the muscle part of the human body of FIGS. 9 and 10 in a multi-step printing state.

1 is a block diagram of a multi-step printing coating method of the present invention

Figure 2 is an exemplary view showing an unfolded bottom of the fabric before the multi-stage printing coating of the present invention

Figure 3 is an illustration of a one-step print coating of the multi-step print coating of the present invention

Figure 4 is a two-step print coating example of the multi-step printing coating of the present invention

Figure 5 is an example of three or more printing coatings of the multi-step printing coating of the present invention

6 is an exemplary diagram showing the multi-step printing coating method of the present invention in% of the diagram.

Figure 7 is a front view of the top and bottom illustrating the multi-stage printing coating position of the present invention on the garment

Figure 8 is a top and bottom rear view illustrating the multi-stage printing coating position of the present invention on the garment

Figure 9 is a printing coating illustrating an imaginary state of connecting the multi-step printing coating step of the present invention to the muscle connection portion of the front of the human body

Figure 10 is a printing coating unit illustrating a virtual state connecting the step of multi-step printing coating of the present invention to the muscle connection portion of the back of the human body

〈Explanation of the Signs of Major Parts of Drawings〉

A: Fabric B: 1st step silicon printing part C: 2nd step silicon printing part

D: 3-stage silicon printing unit (three-stage or more silicon printing unit)

1 Top Tight 2 Neck 3 3 'Arm Muscle Print

4. 4 ': shoulder print area 5. 5': belly print area

10: tights of the bottom

11. 11 ': Front and back printed part of lower back and hip muscle area

12. 12 ': Thigh and calf muscle area front and back printed part

13. 13 ': Front and back coated printing part of foot muscle

14. 14 ': shin protection coating printing

14a. 14b: shin back protective coating printing

Claims (5)

The fabric is cut by sewing the fabric, or the V-shape is printed and coated in a limited number of local parts with silicone material. In the normal clothing (medical) which forms a part, Drawings designed according to the flow of muscles of the human body throughout the upper or lower tights (1) and (10) on the inner surface or surface part of the first step (B) basically to the fabric (A) by varying the number of repetitions varying in shape and thickness for each part ), 2nd (C), 3rd (D) print coating and more than 3 steps print coating in multi-stage as needed to increase the tension to print different tension for each part of the human body Taping tights coated with multi-level printing for each part. " The method according to claim 1, unlike the configuration of printing the limit of the bar and the adhesive area, the method of padding, or only one part on the whole body, the tension that extends to the fabric (A) with one disc on the whole body is printed in multiple layers Taping tights coated with multi-level printing with different tensions for each part. The amount, size, and thickness of the muscles can be strengthened for each part of the muscle according to the amount and movement of each part of the human body.In the case of muscle injury, the silicon is multi-stepped in different stages to be artificially supported by taping by repeated printing. Taping tights printed in multi-steps with different tensions for each site, characterized by increased strength and exercise and adaptation to rehabilitation. " The method of claim 2, wherein the distortion of the product in the multi-step silicone printing is omitted, maximizing the production and the upper body, lower, upper, lower, arms, knees, wrists, ankles for the whole body and all sports and rehabilitation In addition to the basic 1-3 steps, multi-layered taping prints with multi-level printing, which increases the multi-level printing necessary for rehabilitation for each part and increases the tension. The method of claim 3, In multi-stage printing of silicon, it is possible to make various tapings in 3 steps and more than 3 steps as necessary, and the increasing tension characterized by graphic drawing in detail to the drawing is printed. .

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